Report No: CAM-RP-2018-027 Rev N/C Report Date: April 17, 2019
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Stratasys Certified ULTEM™ 9085 Fortus 900mc Additively Manufactured Polymer
Equivalency Material Property Data Report Stratasys Direct Manufacturing
NCAMP Project Number NPN 031701
NCAMP Test Report Number: CAM-RP-2018-027 N/C
Report Date: April 17, 2019
Testing Facility: National Institute for Aviation Research Wichita State University 1845 N. Fairmount Wichita, KS 67260-0093
Test Coupon Fabrication Facility: Stratasys Direct Manufacturing 815 Kirkely Dr. Belton, TX 76513
Distribution Statement A. Approved for public release; distribution is unlimited.
Report No: CAM-RP-2018-027 Rev N/C Report Date: April 17, 2019
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Prepared by: Katherine Carney
Reviewed by: Royal Lovingfoss Michelle Man Rachael Andrulonis
Approved by: Ed Hooper (NCAMP AER) REVISIONS:
Rev By Date Pages Revised or Added
N/C Katherine Carney 4/17/2019 Document Initial Release
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TABLE OF CONTENTS 1. Introduction ................................................................................................................ 6
1.1 Scope ................................................................................................................. 6 1.2 Symbols ............................................................................................................. 7
1.3 References ........................................................................................................ 9 1.4 Methodology .................................................................................................... 10
1.4.1 Process Definition ................................................................................... 10 1.4.2 Specimen Identification ........................................................................... 11 1.4.3 Specimen & Testing Details .................................................................... 12
1.4.3.1 Specimen Strain Device Used .................................................. 12 1.4.3.2 Modified Test Fixturing .............................................................. 12
1.4.4 Test Matrix .............................................................................................. 12 1.4.5 Physical Testing ...................................................................................... 14
1.4.6 Environmental Conditioning .................................................................... 14 1.4.7 Non-ambient Testing ............................................................................... 15
1.4.8 Inspection Verification ............................................................................. 16 1.4.9 Material Pedigree Information ................................................................. 16
2. Test Results ............................................................................................................. 17
2.1 Material Property Test Summary ..................................................................... 17 2.2 Individual Test Summaries ............................................................................... 18
2.2.1 X Compression Properties (XC) .............................................................. 18 2.2.2 Y Compression Properties (YC) .............................................................. 19 2.2.3 Z Compression Properties (ZC) .............................................................. 20
2.2.4 Z(45) Compression Properties (Z45C) .................................................... 21 2.2.5 X Tension Properties (XT) ...................................................................... 22
2.2.6 Y Tension Properties (YT) ...................................................................... 23
2.2.7 Z Tension Properties (ZT) ....................................................................... 24
2.2.8 Z(45) Tension Properties (Z45T)............................................................. 25 2.2.9 X Flex Properties (XF) ............................................................................ 26
2.2.10 Y Flex Properties (YF) .......................................................................... 27 2.2.11 Z Flex Properties (ZF) ........................................................................... 28 2.2.12 Z(45) Flex Properties (Z45F)................................................................. 29
2.2.13 X Open Hole Compression Properties (XOHC) .................................... 30 2.2.14 Y Open Hole Compression Properties (YOHC) .................................... 31
2.2.15 Z Open Hole Compression Properties (ZOHC) ..................................... 32 2.2.16 Z(45) Open Hole Compression Properties (Z45OHC) .......................... 33 2.2.17 X Open Hole Tension Properties (XOHT) ............................................. 34 2.2.18 Y Open Hole Tension Properties (YOHT) ............................................. 35
2.2.19 Z Open Hole Tension Properties (ZOHT) ............................................. 36 2.2.20 Z(45) Open Hole Tension Properties (Z45OHT) ................................... 37 2.2.21 X V-Notch In-Plane Shear Properties (XVIPS)...................................... 38
2.2.22 X IZOD Properties (XIzod) - FOR REFERENCE ONLY ....................... 39 2.2.23 Y IZOD Properties (YIzod) - FOR REFERENCE ONLY ....................... 40 2.2.24 Z IZOD Properties (ZIzod) - FOR REFERENCE ONLY ....................... 41 2.2.25 Z(45) IZOD Properties (Z45Izod) - FOR REFERENCE ONLY ............. 42
3. Individual Test Charts .............................................................................................. 43
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3.1 X Compression Properties (XC) ....................................................................... 43
3.2 Y Compression Properties (YC) ....................................................................... 45 3.3 Z Compression Properties (ZC) ....................................................................... 47 3.4 Z(45) Compression Properties (Z45C) ............................................................. 49
3.5 X Tension Properties (XT) ............................................................................... 51 3.6 Y Tension Properties (YT) ............................................................................... 53 3.7 Z Tension Properties (ZT) ................................................................................ 55 3.8 Z(45) Tension Properties (Z45T)...................................................................... 57 3.9 X Flex Properties (XF) ..................................................................................... 59
3.10 Y Flex Properties (YF) ..................................................................................... 60 3.11 Z Flex Properties (ZF) ...................................................................................... 61 3.12 Z(45) Flex Properties (Z45F) ........................................................................... 62 3.13 X Open Hole Compression Properties (XOHC) ............................................... 63
3.14 Y Open Hole Compression Properties (YOHC) ............................................... 64 3.15 Z Open Hole Compression Properties (ZOHC) ................................................ 65
3.16 Z(45) Open Hole Compression Properties (Z45OHC) ..................................... 66 3.17 X Open Hole Tension (XOHT) ......................................................................... 67 3.18 Y Open Hole Tension (YOHT) ......................................................................... 68
3.19 Z Open Hole Tension (ZOHT) .......................................................................... 69 3.20 Z(45) Open Hole Tension (Z45OHT) ............................................................... 70
3.21 X V-Notch In-Plane Shear Properties (XVIPS) ................................................ 71 3.22 X Izod Properties (XIzod) - FOR REFERENCE ONLY ................................... 73 3.23 Y Izod Properties (YIzod) - FOR REFERENCE ONLY ................................... 74
3.24 Z Izod Properties (ZIzod) - FOR REFERENCE ONLY .................................... 75 3.25 Z(45) Izod Properties (Z45Izod) - FOR REFERENCE ONLY ......................... 76
4. Raw Data ................................................................................................................. 77
4.1 X Compression Properties (XC) ....................................................................... 77
4.2 Y Compression Properties (YC) ....................................................................... 86 4.3 Z Compression Properties (ZC) ....................................................................... 95
4.4 Z(45) Compression Properties (Z45C) ........................................................... 104 4.5 X Tension Properties (XT) ............................................................................. 113 4.6 Y Tension Properties (YT) ............................................................................. 122
4.7 Z Tension Properties (ZT) .............................................................................. 131 4.8 Z(45) Tension Properties (Z45T).................................................................... 140
4.9 X Flex Properties (XF) ................................................................................... 149 4.10 Y Flex Properties (YF) ................................................................................... 155 4.11 Z Flex Properties (ZF) .................................................................................... 161 4.12 Z(45) Flex Properties (Z45F) ......................................................................... 167
4.13 X Open Hole Compression Properties (XOHC) ............................................. 173 4.14 Y Open Hole Compression Properties (YOHC) ............................................. 177 4.15 Z Open Hole Compression Properties (ZOHC) .............................................. 181
4.16 Z(45) Open Hole Compression Properties (Z45OHC) ................................... 185 4.17 X Open Hole Tension (XOHT) ....................................................................... 189 4.18 Y Open Hole Tension Properties (YOHT) ...................................................... 195 4.19 Z Open Hole Tension Properties (ZOHT) ...................................................... 201 4.20 Z(45) Open Hole Tension Properties (Z45OHT) ............................................ 207
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4.21 X V-Notch In-Plane Shear Properties (XVIPS) .............................................. 213
4.22 X Izod Properties (XIzod) - FOR REFERENCE ONLY ................................. 222 4.23 Y Izod Properties (YIzod) - FOR REFERENCE ONLY ................................. 224 4.24 Z Izod Properties (ZIzod) - FOR REFERENCE ONLY .................................. 226
4.25 Z(45) Izod Properties (Z45Izod) - FOR REFERENCE ONLY ....................... 228 5. Full Shear Stress vs. Shear Strain Curve .............................................................. 230
5.1 Dogbone X-Tension Properties (XT) .............................................................. 230 5.2 Dogbone Y-Tension Properties (YT) .............................................................. 232 5.3 Dogbone Z-Tension Properties (ZT) .............................................................. 234
5.4 Dogbone Z45-Tension Properties (Z45T) ...................................................... 236 5.5 X V-Notch In-Plane Shear Properties (XVIPS) .............................................. 238
6. Moisture Conditioning Charts ................................................................................. 240 6.1 V-Notch In Plane Shear – Smallest Sample .................................................. 240
6.2 Open Hole Compression – Largest Sample ................................................... 240 7. Moisture Loss Data ................................................................................................ 241
7.1 X V-Notch In-Plane Shear .............................................................................. 241 7.2 Dogbone Tension .......................................................................................... 241 7.3 Dogbone Compression .................................................................................. 242
7.4 Flex ................................................................................................................ 243 7.5 Open Hole Tension ........................................................................................ 243
7.6 Open Hole Compression ................................................................................ 244 8. Physical Testing ..................................................................................................... 245
8.1 DMA Results .................................................................................................. 245
8.2 DMA Dry Batch C........................................................................................... 246 8.3 DMA Wet Batch C .......................................................................................... 247
8.4 TMA Results .................................................................................................. 248
8.5 Relative Density ............................................................................................. 249
9. Deviations/Test Notes ............................................................................................ 249
List of Tables Table 1-1: Equivalency Test Matrix ............................................................................... 13 Table 1-2: Physical Testing Matrix ................................................................................ 14
Table 2-1: Material Property Summary Data ................................................................. 17
List of Figures Figure 1-1: Specimen Selection Methodology - Equivalency ........................................ 10 Figure 1-2 Specimen Orientation Diagram .................................................................... 11
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1. Introduction
1.1 Scope
The test methods and results described in this document are intended to provide basic material properties for additively manufactured materials (AM) using Fused Filament Fabrication (FFF) that are essential to most methods of analysis and are consistent with CMH-17G—Composite Materials Handbook for Polymer Matrix Composites. This report contains material property data of common usefulness to a wide range of projects. The material property data have been generated with NCAMP oversight in accordance with NSP 100 NCAMP Standard Operating Procedures; the test specimens have been inspected by NCAMP Authorized Inspection Representatives (AIR) and the testing has been witnessed by NCAMP Authorized Engineering Representatives (AER). However, the data may not fulfill all the needs of any specific company's program; specific properties, environments, build orientation, and loading situations may require additional testing. The use of NCAMP material and process specifications does not guarantee material or structural performance. Material users should be actively involved in evaluating material performance and quality including, but not limited to, performing regular purchaser quality control tests, performing periodic equivalency/additional testing, participating in material change management activities, conducting statistical process control, and conducting regular supplier audits. The applicability of NCAMP material property data, material allowables, and specifications must be evaluated on a case-by-case basis by aircraft companies and certifying agencies. NCAMP assumes no liability whatsoever, expressed or implied, related to the use of the material property data, material allowables and specifications. This report contains material property data only. Equivalency statistical analysis data is given in NCP-RP-2018-016 N/C and engineering basis values generated from material qualification testing can be obtained from NCP-RP-2018-007 N/C or later revisions. The equivalency material was procured to NCAMP Material Specification NMS 085/1 Rev Initial Release dated April 12, 2019. The equivalency test samples were manufactured in accordance with NCAMP Process Specification NPS 89085 Revision C dated April 12, 2019. The NCAMP Test Plan NTP AM-P-002 Rev E was used for this equivalency program. Part fabricators that wish to utilize the material property data, allowables and specifications may be able to do so by demonstrating the capability to reproduce the original material properties; a process known as equivalency. More information about this equivalency process including the test statistics and its limitations can be found in Section 6 of DOT/FAA/AR-03/19 and Section 8.4.1 of CMH-17G. The applicability of equivalency process must be evaluated on program-by-program basis by the applicant and certifying agency. The applicant and certifying agency must agree that the equivalency test plan, along with the equivalency process described in Section 6 of
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DOT/FAA/AR-03/19 and Section 8.4.1 of CMH-17G, are adequate for the given program. Aircraft companies should not use the data published in this report without specifying NCAMP Material Specification NMS 085/1. NMS 085/1 has additional requirements that are listed in its process control document (PCD), and other raw material specifications and PCDs which impose essential quality controls on the raw materials and raw material manufacturing equipment and processes. Aircraft companies and certifying agencies should assume that the material property data published in this report is not applicable when the material is not procured to NMS 085/1. NMS 085/1 is a free, publicly available, non-proprietary aerospace industry material specification. The data in this report is intended for general distribution to the public, either freely or at a price that does not exceed the cost of reproduction (e.g. printing) and distribution (e.g. postage).
1.2 Symbols
micro-strain F12
s5% strain in-plane shear strength at 5% strain F12
su in-plane shear ultimate peak strength F12
s0.2% in-plane shear strength at 0.2% offset G12
s in-plane shear modulus Superscripts s shear su shear ultimate Subscripts
12 in-plane
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Acronyms and Definitions AER Authorized Engineering Representative AIR Authorized Inspection Representative AM Additive Manufacturing/ Additively Manufactured ASTM American Society for Testing and Materials B – Basis 95% lower confidence limit on the tenth population percentile CMH-17 Composite Materials Handbook 17 (formerly MIL-HDBK-17) CV Coefficient of variation CTD cold temperature dry DMA Dynamic Mechanical Analysis ETD elevated temperature dry ETW elevated temperature wet FFF Fused Filament Fabrication NCAMP National Center for Advanced Materials Performance NIAR National Institute for Aviation Research NMS NCAMP Material Specification NPS NCAMP Material Process Specification PCD Process Control Document RTD room temperature dry wet specimen with an “equilibrium” moisture content T, RH temperature, relative humidity
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1.3 References
ASTM Standards
All testing was in accordance with nationally recognized standards, methods and procedures. Specific mechanical property test methods applicable to the test program in this document include:
ASTM D256-10 – Standard Test Methods for Determining the IZOD Pendulum Impact Resistance of Plastics
ASTM D638-14 – Standard Test Method for Tensile Properties of Plastics
ASTM D695-15 – Standard Test Method for Compressive Properties of Rigid Plastics
ASTM D790-17 – Standard Test Method for Flexural Properties of Unreinforced and Reinforced Plastics and Electrical Insulating Materials
ASTM D3418-15 – Standard Test Method for Transition Temperatures and Enthalpies of Fusion and Crystallization of Polymers by Differential Scanning Calorimetry (DSC)
ASTM D5379-12 – Standard Test Method for Shear Properties of Composite Materials by V-notched Beam Method.
ASTM D5766/D5766M-11 – Standard Test Method for Open Hole Tensile Strength of Polymer Matrix Composite Laminates
ASTM D6484/D6484M-14 – Standard Test Method for Open-Hole Compressive Strength of Polymer Matrix Composite Laminates
ASTM D7028-07(2015) – Standard Test Method for Glass Transition Temperature (DMA Tg) of Polymer Matrix Composites by Dynamic Mechanical Analysis (DMA)
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1.4 Methodology
1.4.1 Process Definition
All specimens were fabricated in accordance with NCAMP process specification NPS 89085 using baseline machine settings with a raster direction of +/-45 pattern. For each combination of test, batch, and condition, the specimens were selected from a minimum of two separate machine runs as shown in Figure 1-1 unless otherwise specified. The term ‘machine’ means a single AM machine (i.e. the Fortus 900mc) running a designed and specific process with a selected AM raw material, which builds mechanical test coupons. A single ‘machine run’ is defined as a single AM machine with a unique and completed set-up/calibration of the machine in use for the equivalency program.
Figure 1-1: Specimen Selection Methodology - Equivalency In order to facilitate individual specimen traceability, each individual specimen carries a unique positional identifier that ties it to the build platform location. The following was used: 11- Top Left Corner, 12- Top Right Corner, 13- Bottom Right Corner, 14- Bottom Left Corner, 15- Middle.
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1.4.2 Specimen Identification
All specimens were uniquely identified using the following reference system: NTPCMP001-AM Material Manufacturer ID-Material Code-Fabricator ID-Batch ID-Run ID-Actual Test Type-Specimen Location-Test Condition-Specimen Number. For example, [NTPCMP001-SY-UM9085-SDM-C-R1-XT-13-RTD-3] denotes AM Material Manufacturer: Stratasys (SY), AM Material Name: Ultem™ 9085 (UM9085), Fabricator: Stratasys Direct Manufacturing (SDM), AM Material Batch: C, Run ID: Run 1 (R1): Actual Test Type: X build orientation Tension (XT), Test Specimen Location: Bottom Right Corner (13), Test Condition: Room Temperature Dry (RTD), and Specimen Number: 3. Test Directions, as illustrated in Figure 1-2, are the various axes the coupons were printed on with the raster direction printing a +/-45 pattern relative to the print axis. Some coupons were printed to replace data points that have been omitted due to test anomalies. These specimens are distinguished with an (R) at the end of their string name (i.e. following the specimen number).
(Note that: X = XY, Y = XZ, Z =ZX, Z45 = ZX-45, in the two-letter nomenclature for AM)
Figure 1-2 Specimen Orientation Diagram
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1.4.3 Specimen & Testing Details
1.4.3.1 Specimen Strain Device Used
Corresponding Gage ID can be obtained from Appendix 1 of NTP AM-P-002 Rev E
Uniaxial gages were used on:
Two Open Hole Compression (OHC) RTD specimens for detecting buckling.
Two Compression (C) RTD specimens for detecting buckling.
Biaxial gages were used on:
All conditions of V-Notch In-Plane Shear (IPS) specimens
Uniaxial Extensometers were used on:
All conditions of Open Hole Compression (OHC), Compression (C), and Tension
(T) specimens.
Deflectometers were used on:
All conditions of Flex (F) specimens.
1.4.3.2 Modified Test Fixturing
Corresponding specifications can be obtained from section 2 of NTP AM-P-002 Rev E. OHC tests and Compression tests were performed on respective modified fixtures for improved accuracy of strain devices and to accommodate material displacement during testing. The same fixture modifications were used during material qualification testing and are listed in NTP AM-P-001 section 2, and CAM-RP-2018-013 N/C sections 1.4.3.3, and 1.4.3.4.
1.4.4 Test Matrix
The table below shows the test matrix used for mechanical testing. Additionally, ASTM D265 IZOD testing was performed but this data set is not required for equivalency purposes. IZOD test results in Section 2 of this report are for reference only. Table 1-1 shows the single batch equivalency matrix. The four build orientations are X, Y, Z, and Z (45). The build orientations in this program are not specific to any design, therefore careful consideration should be given to the validity of properties derived from this program based on the design specific orientations in a structure to be certified.
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Test Type and Direction (2)
Property
Number of Batches x Number of Runs x
Number of Coupons
Test Environment/Moisture Condition
CTD RTD ETW
ASTM D638 (type 1) Tension X Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D638 (type 1) Tension Y Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D638 (type 1) Tension Z Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D638 (type 1) Tension Z (45) Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D695 modified (type 6.7.2) Compression X (1)
Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D695 modified (type 6.7.2)
Compression Y (1) Strength and Modulus 1x2x4
1x2x4
1x2x4
ASTM D695 modified (type 6.7.2) Compression Z (1)
Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D695 modified (type 6.7.2)
Compression Z (45) (1) Strength and Modulus 1x2x4
1x2x4
1x2x4
ASTM D790 Flex X (6) Strength and Modulus 1x2x4 1x2x4 1x2x4
ASTM D790 Flex Y (6) Strength and Modulus 1x2x4 1x2x4 1x2x4
ASTM D790 Flex Z (6) Strength and Modulus 1x2x4 1x2x4 1x2x4
ASTM D790 Flex Z (45) (6) Strength and Modulus 1x2x4 1x2x4 1x2x4
ASTM D5379 V-notch In-Plane Shear X (3)(4) Strength and Modulus 1x2x4 1x2x4
1x2x4
ASTM D5766 Open Hole Tension X (3)(5) Strength 1x2x4 1x2x4 1x2x4
ASTM D5766 Open Hole Tension Y (3)(5) Strength 1x2x4 1x2x4 1x2x4
ASTM D5766 Open Hole Tension Z (3)(5) Strength 1x2x4 1x2x4 1x2x4
ASTM D5766 Open Hole Tension Z (45) (3)(5) Strength 1x2x4 1x2x4 1x2x4
ASTM D6484 Open Hole Compression X (1)(3)(5) Strength 1x2x4 1x2x4
ASTM D6484 Open Hole Compression Y (1)(3)(5) Strength 1x2x4 1x2x4
ASTM D6484 Open Hole Compression Z (1)(3)(5) Strength 1x2x4 1x2x4
ASTM D6484 Open Hole Compression Z (45) (1)(3)(5) Strength 1x2x4 1x2x4
Table 1-1: Equivalency Test Matrix
Note 1: Back-to-back strain gauges may be used on the first two specimens. If no buckling is observed, the remaining modulus specimens will require a strain gauge on one side of the specimens only. An appropriate extensometer may be used in place of the strain gauges if fixturing does not allow strain gauge use. Buckling may not be identifiable when using extensometer. Strength offset values at 0.2% and 1.0% shall be reported. Strain range of 2000µε-6000µε will be used for all data including modulus. Note 2: The build orientations to be tested are X, Y, Z, and Z (45). This represents the 4 build orientations seen in the matrix. Note 3: Notches/Holes will be machined, reamed, or dreamed. Note 4: V-Notch in Y, Z, and Z (45) not printed; test not applicable to these orientations. Strain range of 2000 µε – 6000 µε shall be used. Should failure occur outside of the notched region it shall be reported, however, the ultimate shear strength may not be representative of actual coupon strength. Note 5: Open-hole configuration: 0.25” hole diameter, 1.5” wide. Note 6: Strain range 5000µε-20000µε shall be used to calculate modulus.
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1.4.5 Physical Testing
The properties in Table 1-2 were determined for each test type and build orientation. The tests were performed by the National Institute for Aviation Research (NIAR) Composites Laboratory under the supervision of NCAMP.
Property Condition/Method (Note 1) Min Replicates per
Test Type and
Build Orientation
Thickness ASTM D3171-15/or applicable
mechanical test method.
All data from
mechanical test
specimens
Density ASTM D792-13 Per Note 3
Photomicrograph CP6101 and CP6102 Per Note 3
CTE by TMA ASTM E228/E831 Per Note 4
Glass Transition Temperature,
Tg by DMA flexural loading
Dry and Wet – ASTM D7028-07
(15)
1 Dry, 1 Wet (Note
2)
Table 1-2: Physical Testing Matrix
Note 1: Where the applicable standard allows variations in specimen form or test method, the specific parameters to be used will be specified in the test work instructions and reported in the final test report. Note 2: Minimum of 8 dry and 8 wet for each material system. Note 3: Test first coupon of batch, machine run, and build orientation. Example: Test the first coupon of the X direction for Batch C, machine run 1. Then test the first coupon of the X direction, Batch C, machine run 2. Continue in this manner through all orientation, machine run, and batch combinations. Note 4: One coupon per batch and build orientation, minimum of 8 coupons.
1.4.6 Environmental Conditioning
The following tests were performed by the NIAR Composites Laboratory under the supervision of NCAMP.
CTD = -65±5°F, dry RTD = 70±10°F, dry ETW = 180±5°F, wet
Within each test method and test environment, the failure mode was evaluated immediately after each test by an NCAMP AER. All tested specimens were digitally photographed after each test in order to pictorially document failure modes. For dry testing, specimens were dried at 250°F±5°F for at least 24 hours. After drying, specimens were kept in a desiccator until mechanical testing. Alternatively, the specimens may have been left in ambient laboratory conditions for a maximum of 14 days until mechanical testing (no drying was required if specimens were tested within 14 days from the date they were cured). Ambient laboratory condition is defined as 70±10°F. Since the moisture absorption and desorption rate for epoxy is very slow at ambient temperature, there was no requirement to maintain relative humidity levels.
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For wet conditioning, specimens were dried at 250±5°F for a minimum of 24 hours before being conditioned to equilibrium at 160±5°F and 85±5%. Effective moisture equilibrium is achieved when the average moisture content of the traveler specimen changes by less than 0.02% for two consecutive determinations which are 7 ±0.5 days apart and may be expressed by:
0002.01
b
ii
W
WW
Where:
Wi = weight at current time Wi – 1 = weight at previous time Wb = baseline weight prior to conditioning
When representative specimens could not be measured to determine the moisture content (due to size, fastener and tab effects), traveler coupons of at least 1” by 1” by specimen thickness and weighing at least 15 grams were used to establish weight gain measurements. If the specimens or traveler coupons passed the criteria for two consecutive readings which are 7±0.5 days apart, the specimens were kept in the environmental chamber for up to an additional 60 days. Alternatively, the specimens may have been removed from the environmental chamber and placed in a sealed plastic bag along with a moist cotton towel for a maximum of 14 days until mechanical testing. Strain-gauged specimens were removed from the controlled environment for a maximum of 2 hours for application of gauges in ambient laboratory conditions.
1.4.7 Non-ambient Testing
The chamber was of adequate size so that all test fixtures and load frame grips were contained within the chamber. For elevated temperature testing, the temperature chamber, test fixture and grips were preheated to the specified temperature. Each specimen was heated to the required test temperature as verified by a thermocouple in direct contact with and taped to the specimen gauge section. The heat-up time of the specimen did not exceed 5 minutes, unless otherwise specified in individual test summary sheets. The test was started
1
0 5
minutes after the specimen reached the test temperature. During the test, the
temperature, as measured on the specimen, was within 5°F of the required test temperature. For subzero temperature testing, each specimen was cooled to the required test temperature as verified by a thermocouple in direct contact with and taped to the
specimen gauge section. The test started 1
0 5
minutes after the specimen reached the test temperature. During the test, the temperature, as measured on the specimen, was
within 5°F of the required test temperature. For wet specimens, the moisture loss was determined by subjecting representative
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specimens to the same amount of time required to heat-up and fail the specimens. A minimum of one specimen or representative coupon was used to measure the moisture loss for every combination of test temperature and build orientation.
1.4.8 Inspection Verification
The 1-batch equivalency specimens have been fabricated according to the requirements of the test plan and conformed by an NCAMP AIR. The test specimens and test setup have also been conformed by an NCAMP AIR. Testing was witnessed by NCAMP. Test setup and witnessing was delegated to an NCAMP AER. Mechanical testing was carried out at the National Institute for Aviation Research, Wichita State University.
1.4.9 Material Pedigree Information
The AMC Data Collection Template includes the material pedigree information required, such as material and batch information, as well as specimen fabrication record, environmental conditioning, test equipment and test procedures.
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2. Test Results
2.1 Material Property Test Summary
Additively Manufactured Material: Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Material Specification: NMS 085/1
Process Specification: NPS 89085
Machine SN: L1065
Tg(dry): 352.16 °F Tg(wet): 349.46 °F Tg METHOD: D7028
Date of resin manufacture Mar 2016 Date of testing Feb 2018 - Jan 2019
Date of FFF manufacture Feb 2017-March 2017 Date of data submittal Jan 2019
Date of coupon manufacture Feb 2018 - Aug 2018
CTD RTD ETW CTD RTD ETW CTD RTD ETW CTD RTD ETW
Tension 0.2% Offset Yield Strength [ksi] 6.49 5.65 4.43 7.55 6.74 5.61 6.52 6.07 4.81 6.54 5.42 4.53
Tension Strength [ksi] 11.93 9.72 6.60 12.44 11.39 7.63 10.85 8.48 5.67 9.63 8.43 6.02
Tension Modulus [Msi] 0.38 0.34 0.30 0.44 0.38 0.33 0.41 0.35 0.30 0.39 0.36 0.31
Compression 0.2% Offset Strength [ksi] 8.87 7.94 7.49 12.20 13.68 10.80 10.85 13.11 8.99 11.56 11.67 8.18
Compression 1.0% Offset Strength [ksi] 14.42 13.36 10.22 18.83 21.12 14.87 17.70 17.64 11.54 17.65 16.45 10.67
Compression Modulus [Msi] 0.40 0.44 0.34 0.44 0.53 0.42 0.45 0.39 0.34 0.43 0.39 0.33
Flex Strength [ksi] 19.68 16.58 12.90 23.08 19.38 15.09 14.44 12.80 9.36 13.30 12.26 10.02
Flex Modulus [Msi] 0.39 0.36 0.32 0.41 0.38 0.37 0.38 0.34 0.31 0.37 0.31 0.28
V-Notch 0.2% Strain Strength [ksi] 4.70 3.68 3.38 -- -- -- -- -- -- -- -- --
V-Notch 5% Strain Strength [ksi] 6.67 5.68 5.30 -- -- -- -- -- -- -- -- --
V-Notch Ultimate Strength [ksi] 6.17 -- -- -- -- -- -- -- -- -- -- --
V-Notch Modulus [Msi] 0.15 0.13 0.13 -- -- -- -- -- -- -- -- --
OHT Strength [ksi] 8.06 6.13 4.64 8.81 8.69 6.16 4.95 4.46 3.21 5.91 4.87 3.81
OHC 0.2% Offset Strength [ksi] -- 5.77 4.27 -- 8.59 6.63 -- 7.93 6.20 -- 7.33 5.61
OHC 1.0% Offset Strength [ksi] -- 8.19 5.56 -- 11.87 8.26 -- 11.25 7.94 -- 10.38 7.11
Stratasys Certified ULTEM™ 9085
/ Fortus 900mc
-45/45
Properties Summary
Material Property AveragesX Direction Y Direction Z Direction Z45 Direction
Table 2-1: Material Property Summary Data
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 18 of 249
2.2 Individual Test Summaries
2.2.1 X Compression Properties (XC)
Material:
Test method: Modified ASTM D 695-15 Modulus calculation: 2000-6000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
C-RX-XC-X-RTD-X
RTD
8
1
-65
Dry
C-RX-XC-X-CTD-X
12.808
5.005
0.436
0.378
0.404
8
1
8
1
7.831
8.924
7.118
8
6.644
Dogbone Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: X
Measured
8
1
CTD
10.487
7.170
8.871
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
5.381
15.783
13.293
14.420
70
Dry
8
1
Measured
7.939
4.095
14.310
12.635
13.357
1
4.659
0.476
0.416
0.442
180
Equilibrium
160 F,85%
C-RX-XC-X-ETW-X
4.602
0.367
Measured
8
1
8
7.491
6.001
11.066
9.146
10.224
1
6.639
8.140
8
1
XC 0.2% Offset
Strength [ksi]
XC 1.0% Offset
Strength [ksi]
XC Modulus [Msi]
0.325
0.341
ETW
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 19 of 249
2.2.2 Y Compression Properties (YC)
Material:
Test method: Modified ASTM D 695-15 Modulus calculation: 2000-6000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
YC 0.2% Offset
Strength [ksi]
YC 1.0% Offset
Strength [ksi]
YC Modulus [Msi]
0.396
0.420
ETW
3.987
0.559
0.501
0.529
180
Equilibrium
160 F,85%
C-RX-YC-X-ETW-X
4.626
0.458
Measured
8
1
8
10.797
4.546
15.965
13.711
14.870
1
5.900
11.575
8
1
Measured
13.685
4.518
22.675
19.427
21.120
1
9.806
Dogbone Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Y
Measured
8
1
CTD
15.306
10.591
12.204
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
7.044
21.343
17.256
18.825
70
Dry
C-RX-YC-X-RTD-X
RTD
8
1
-65
Dry
C-RX-YC-X-CTD-X
11.729
2.908
0.451
0.410
0.437
8
1
8
1
7.436
15.817
12.481
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 20 of 249
2.2.3 Z Compression Properties (ZC)
Material:
Test method: Modified ASTM D 695-15 Modulus calculation: 2000-6000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
ZC 0.2% Offset
Strength [ksi]
ZC 1.0% Offset
Strength [ksi]
ZC Modulus [Msi]
0.318
0.339
ETW
4.655
0.422
0.368
0.394
180
Equilibrium
160 F,85%
C-RX-ZC-X-ETW-X
3.895
0.363
Measured
8
1
8
8.995
2.497
11.871
11.088
11.539
1
5.691
9.689
8
1
Measured
13.109
4.028
18.558
16.468
17.636
1
8.372
Dogbone Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Z
Measured
8
1
CTD
13.151
8.457
10.851
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
5.011
19.366
16.355
17.697
70
Dry
C-RX-ZC-X-RTD-X
RTD
8
1
-65
Dry
C-RX-ZC-X-CTD-X
14.149
5.008
0.481
0.421
0.449
8
1
8
1
7.094
14.654
11.894
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 21 of 249
2.2.4 Z(45) Compression Properties (Z45C)
Material:
Test method: Modified ASTM D 695-15 Modulus calculation: 2000-6000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
Z45C 0.2% Offset
Strength [ksi]
Z45C 1.0% Offset
Strength [ksi]
Z45C Modulus [Msi]
0.318
0.333
ETW
7.309
0.432
0.359
0.394
180
Equilibrium
160 F,85%
C-RX-Z45C-X-ETW-X
3.313
0.355
Measured
8
1
8
8.183
4.890
11.596
9.902
10.667
1
8.727
9.671
8
1
Measured
11.669
13.419
18.952
12.628
16.447
1
7.380
Dogbone Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Z(45)
Measured
8
1
CTD
13.684
9.681
11.563
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
5.159
18.909
16.555
17.648
70
Dry
C-RX-Z45C-X-RTD-X
RTD
8
1
-65
Dry
C-RX-Z45C-X-CTD-X
11.768
3.459
0.458
0.411
0.425
8
1
8
1
15.557
14.501
8.628
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 22 of 249
2.2.5 X Tension Properties (XT)
Material:
Test method: ASTM D 638-14 Modulus calculation: 1000-3000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
XT 0.2% Offset Yield
Strength [ksi]
XT Strength [ksi]
XT Modulus [Msi]
0.287
0.304
ETW
4.969
0.352
0.311
0.337
180
Equilibrium
160 F,85%
C-RX-XT-X-ETW-X
3.339
0.322
Measured
8
1
8
4.429
5.445
7.021
6.017
6.595
1
8.910
4.862
8
1
Measured
5.650
5.707
10.298
8.871
9.723
1
3.853
Dogbone Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: X
Measured
8
1
CTD
7.193
5.553
6.486
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
7.954
12.845
10.264
11.925
70
Dry
C-RX-XT-X-RTD-X
RTD
8
1
-65
Dry
C-RX-XT-X-CTD-X
8.124
5.232
0.401
0.351
0.381
8
1
8
1
5.302
6.102
5.256
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 23 of 249
2.2.6 Y Tension Properties (YT)
Material:
Test method: ASTM D 638-14 Modulus calculation: 1000-3000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
YT 0.2% Offset Yield
Strength [ksi]
YT Strength [ksi]
YT Modulus [Msi]
0.320
0.334
ETW
1.753
0.387
0.368
0.378
180
Equilibrium
160 F,85%
C-RX-YT-X-ETW-X
2.156
0.340
Measured
8
1
8
5.611
6.028
8.099
7.141
7.633
1
8.044
6.342
8
1
Measured
6.740
3.810
12.138
10.891
11.391
1
5.062
Dogbone Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Y
Measured
8
1
CTD
8.387
6.817
7.548
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
8.672
13.935
11.094
12.437
70
Dry
C-RX-YT-X-RTD-X
RTD
8
1
-65
Dry
C-RX-YT-X-CTD-X
7.634
3.898
0.462
0.404
0.441
8
1
8
1
4.584
7.355
6.367
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 24 of 249
2.2.7 Z Tension Properties (ZT)
Material:
Test method: ASTM D 638-14 Modulus calculation: 1000-3000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
ZT 0.2% Offset Yield
Strength [ksi]
ZT Strength [ksi]
ZT Modulus [Msi]
0.292
0.304
ETW
1.057
0.353
0.343
0.348
180
Equilibrium
160 F,85%
C-RX-ZT-X-ETW-X
2.753
0.316
Measured
8
1
8
4.812
2.721
5.868
5.493
5.674
1
3.753
5.057
8
1
Measured
6.066
7.795
9.354
7.672
8.480
1
4.567
Dogbone Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Z
Measured
8
1
CTD
7.229
5.254
6.516
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
4.680
11.244
9.822
10.849
70
Dry
C-RX-ZT-X-RTD-X
RTD
8
1
-65
Dry
C-RX-ZT-X-CTD-X
10.090
6.015
0.462
0.390
0.411
8
1
8
1
3.599
6.371
5.780
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 25 of 249
2.2.8 Z(45) Tension Properties (Z45T)
Material:
Test method: ASTM D 638-14 Modulus calculation: 1000-3000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
C-RX-Z45T-X-RTD-X
RTD
8
1
-65
Dry
C-RX-Z45T-X-CTD-X
13.027
5.066
0.433
0.369
0.395
8
1
8
1
4.610
5.609
4.904
8
4.103
Dogbone Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Z(45)
Measured
8
1
CTD
8.029
5.403
6.538
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
6.878
10.209
8.167
9.629
70
Dry
8
1
Measured
5.420
5.553
8.858
7.404
8.427
1
1.690
0.369
0.351
0.361
180
Equilibrium
160 F,85%
C-RX-Z45T-X-ETW-X
1.661
0.320
Measured
8
1
8
4.530
3.945
6.216
5.515
6.017
1
4.539
4.718
8
1
Z45T 0.2% Offset Yield
Strength [ksi]
Z45T Strength [ksi]
Z45T Modulus [Msi]
0.306
0.313
ETW
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 26 of 249
2.2.9 X Flex Properties (XF)
Material:
Test method: ASTM D 790-17 Modulus calculation: 5000-20000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
XF Strength [ksi]
XF Modulus [Msi]
1
180
Equilibrium
160 F,85%
C-RX-XF-X-ETW-X
8
ETW
4.263
13.719
12.078
12.895
Measured
1
8
3.750
0.336
0.303
0.321
1
0.359
8
1
70
Dry
C-RX-XF-X-RTD-X
3.556
17.249
15.764
16.582
3.372
0.373
0.342
8
1
-65
Dry
C-RX-XF-X-CTD-X
7.681
21.817
16.942
19.678
4.913
0.415
0.369
0.393
Flex
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: X
Measured
8
1
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
Measured
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 27 of 249
2.2.10 Y Flex Properties (YF)
Material:
Test method: ASTM D 790-17 Modulus calculation: 5000-20000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
YF Strength [ksi]
YF Modulus [Msi]
1
180
Equilibrium
160 F,85%
C-RX-YF-X-ETW-X
8
ETW
1.677
15.519
14.814
15.091
Measured
1
8
1.887
0.376
0.358
0.366
1
0.384
8
1
70
Dry
C-RX-YF-X-RTD-X
1.811
19.904
19.003
19.381
1.483
0.392
0.376
8
1
-65
Dry
C-RX-YF-X-CTD-X
1.457
23.608
22.609
23.079
1.490
0.422
0.405
0.413
Flex
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Y
Measured
8
1
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
Measured
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 28 of 249
2.2.11 Z Flex Properties (ZF)
Material:
Test method: ASTM D 790-17 Modulus calculation: 5000-20000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
ZF Strength [ksi]
ZF Modulus [Msi]
1
180
Equilibrium
160 F,85%
C-RX-ZF-X-ETW-X
8
ETW
4.773
9.771
8.621
9.359
Measured
1
8
0.820
0.312
0.305
0.309
1
0.342
8
1
70
Dry
C-RX-ZF-X-RTD-X
3.391
13.615
12.370
12.801
1.459
0.349
0.336
8
1
-65
Dry
C-RX-ZF-X-CTD-X
2.526
15.046
13.745
14.445
1.343
0.390
0.377
0.383
Flex
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Z
Measured
8
1
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
Measured
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 29 of 249
2.2.12 Z(45) Flex Properties (Z45F)
Material:
Test method: ASTM D 790-17 Modulus calculation: 5000-20000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Flex
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45
Build Orientation: Z(45)
Measured
8
1
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
Measured
8
8
1
-65
Dry
C-RX-Z45F-X-CTD-X
2.835
13.727
12.615
13.296
1.289
0.373
0.360
0.366
1
0.312
8
1
70
Dry
C-RX-Z45F-X-RTD-X
6.626
13.185
10.988
12.264
1.710
0.322
0.307
1
8
2.064
0.285
0.267
0.279
ETW
3.591
10.480
9.581
10.023
Measured
Z45F Strength [ksi]
Z45F Modulus [Msi]
1
180
Equilibrium
160 F,85%
C-RX-Z45F-X-ETW-X
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 30 of 249
2.2.13 X Open Hole Compression Properties (XOHC)
Material:
Test method: ASTM D 6484-14
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
XOHC 0.2% Offset
Strength [ksi]
XOHC 1.0% Offset
Strength [ksi]
1
5.564
8
1
180
Equilibrium
160 F,85%
C-RX-XOHC-X-ETW-X
3.815
4.509
4.048
4.273
3.258
5.831
5.267
8
1
70
Dry
C-RX-XOHC-X-RTD-X
3.827
6.087
5.334
5.773
3.421
8.660
7.687
8.187
Open-Hole Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: X
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
ETW
Measured
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.14 Y Open Hole Compression Properties (YOHC)
Material:
Test method: ASTM D 6484-14
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
YOHC 0.2% Offset
Strength [ksi]
YOHC 1.0% Offset
Strength [ksi]
1
8.256
8
1
180
Equilibrium
160 F,85%
C-RX-YOHC-X-ETW-X
4.707
7.015
6.073
6.630
2.907
8.493
7.823
8
1
70
Dry
C-RX-YOHC-X-RTD-X
2.846
8.968
8.236
8.589
2.954
12.388
11.319
11.866
Open-Hole Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: Y
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
ETW
Measured
8
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 32 of 249
2.2.15 Z Open Hole Compression Properties (ZOHC)
Material:
Test method: ASTM D 6484-14
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Open-Hole Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: Z
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
ETW
Measured
8
8
1
70
Dry
C-RX-ZOHC-X-RTD-X
2.199
8.172
7.701
7.932
2.438
11.625
10.894
11.249
1
7.936
8
1
180
Equilibrium
160 F,85%
C-RX-ZOHC-X-ETW-X
3.142
6.499
5.898
6.202
3.114
8.349
7.591
ZOHC 0.2% Offset
Strength [ksi]
ZOHC 1.0% Offset
Strength [ksi]
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 33 of 249
2.2.16 Z(45) Open Hole Compression Properties (Z45OHC)
Material:
Test method: ASTM D 6484-14
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Open-Hole Compression
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: Z(45)
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
ETW
Measured
8
8
1
70
Dry
C-RX-Z45OHC-X-RTD-X
1.921
7.517
7.108
7.327
1.683
10.613
10.065
10.385
1
7.108
8
1
180
Equilibrium
160 F,85%
C-RX-Z45OHC-X-ETW-X
3.913
5.878
5.325
5.606
3.217
7.339
6.791
Z45OHC 0.2% Offset
Strength [ksi]
Z45OHC 1.0% Offset
Strength [ksi]
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.17 X Open Hole Tension Properties (XOHT)
Material:
Test method: ASTM D 5766-11
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
-65
Dry
C-RX-XOHT-X-CTD-X
3.383
8.443
7.685
8.060
Measured
Open-Hole Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: X
Measured
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
6.266
5.967
6.134
Measured
8
1
180
Equilibrium
160 F,85%
C-RX-XOHT-X-ETW-X
ETW
2.794
4.904
4.509
4.636
XOHT Strength [ksi]
8
1
70
Dry
C-RX-XOHT-X-RTD-X
1.549
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2.2.18 Y Open Hole Tension Properties (YOHT)
Material:
Test method: ASTM D 5766-11
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
YOHT Strength [ksi]
8
1
70
Dry
C-RX-YOHT-X-RTD-X
2.221
Measured
8
1
180
Equilibrium
160 F,85%
C-RX-YOHT-X-ETW-X
ETW
1.046
6.304
6.075
6.162
Measured
Open-Hole Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: Y
Measured
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
9.012
8.416
8.687
8
1
-65
Dry
C-RX-YOHT-X-CTD-X
12.126
10.113
7.569
8.807
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.19 Z Open Hole Tension Properties (ZOHT)
Material:
Test method: ASTM D 5766-11
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
ZOHT Strength [ksi]
8
1
70
Dry
C-RX-ZOHT-X-RTD-X
6.004
Measured
8
1
180
Equilibrium
160 F,85%
C-RX-ZOHT-X-ETW-X
ETW
2.751
3.321
3.092
3.215
Measured
Open-Hole Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: Z
Measured
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
4.821
4.003
4.460
8
1
-65
Dry
C-RX-ZOHT-X-CTD-X
9.331
5.910
4.504
4.952
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.20 Z(45) Open Hole Tension Properties (Z45OHT)
Material:
Test method: ASTM D 5766-11
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
8
1
-65
Dry
C-RX-Z45OHT-X-CTD-X
8.182
6.519
5.046
5.905
Measured
Open-Hole Tension
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Hole
Build Orientation: Z(45)
Measured
CTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
RTD
5.225
4.460
4.867
Measured
8
1
180
Equilibrium
160 F,85%
C-RX-Z45OHT-X-ETW-X
ETW
6.454
4.134
3.428
3.812
Z45OHT Strength [ksi]
8
1
70
Dry
C-RX-Z45OHT-X-RTD-X
5.028
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.21 X V-Notch In-Plane Shear Properties (XVIPS)
Material:
Test method: ASTM D 5379-12 Modulus calculation: 2000-6000 microstrain
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
F12s0.2%
[ksi]
F12s5%strain
[ksi]
F12su
[ksi]
G12s [Msi]
1
3.108
3.380
1
8
Measured
4.472
0.140
0.124
0.132
180
Equilibrium
160 F,85%
C-RX-XVIPS-X-ETW-X
ETW
6.584
3.737
8
1
8
3.769
5.581
5.052
5.304
8
1
1
6
1
3.040
3.679
8
1
8
1
8
1
2.945
5.979
5.468
5.682
3.730
0.144
0.128
0.133
-65
Dry
C-RX-XVIPS-X-CTD-X
12.387
5.410
3.971
4.705
2
6.670
6.941
6.681
5.510
6.171
3.680
0.161
0.144
0.155
In-Plane Shear
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Notch
Build Orientation: X
Measured
8
1
CTD
4.231
6.870
6.471
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
Measured
70
Dry
C-RX-XVIPS-X-RTD-X
RTD
11.929
4.560
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.22 X IZOD Properties (XIzod) - FOR REFERENCE ONLY
Material:
Test method: ASTM D 256-10 Method A
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
IZOD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Notch
Build Orientation: X
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
8
1
70
Dry
C-RX-XIzod-X-RTD-X
9.260
0.309
0.238
0.263
9.224
95.077
73.231
80.581
XIzod Energy [Joules]
XIzod Impact
Resistance
[Joules/meter]
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 40 of 249
2.2.23 Y IZOD Properties (YIzod) - FOR REFERENCE ONLY
Material:
Test method: ASTM D 256-10 Method A
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
IZOD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Notch
Build Orientation: Y
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
8
1
70
Dry
C-RX-YIzod-X-RTD-X
8.235
0.324
0.248
0.285
8.646
100.310
75.610
87.346
YIzod Energy [Joules]
YIzod Impact
Resistance
[Joules/meter]
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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2.2.24 Z IZOD Properties (ZIzod) - FOR REFERENCE ONLY
Material:
Test method: ASTM D 256-10 Method A
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
ZIzod Energy [Joules]
ZIzod Impact
Resistance
[Joules/meter]
8
1
70
Dry
C-RX-ZIzod-X-RTD-X
23.164
0.271
0.144
0.214
23.168
82.622
44.308
65.099
IZOD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Notch
Build Orientation: Z
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 42 of 249
2.2.25 Z(45) IZOD Properties (Z45Izod) - FOR REFERENCE ONLY
Material:
Test method: ASTM D 256-10 Method A
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
Mean
Minimum
Maximum
C.V.(%)
No. Specimens
No. Material Batches
IZOD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
-45/45; Machined Notch
Build Orientation: Z(45)
Measured
8
1
RTD
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Test Temperature [°F]
Moisture Conditioning
Equilibrium at T, RH
Source code: Prefixed by NTPCMP001-SY-UM9085-SDM-
8
1
70
Dry
C-RX-Z45Izod-X-RTD-X
7.601
0.335
0.268
0.301
7.994
100.601
80.000
90.277
Z45Izod Energy
[Joules]
Z45Izod Impact
Resistance
[Joules/meter]
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 43 of 249
3. Individual Test Charts
These charts combine all data and plot the minimum and maximum modulus and strength range based on the test temperature.
3.1 X Compression Properties (XC)
0
2
4
6
8
10
12
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Dogbone Compression (XC) 0.2% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
16
18
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Dogbone Compression (XC) 1.0% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 44 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
X Orientation Dogbone Compression (XC) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 45 of 249
3.2 Y Compression Properties (YC)
0
2
4
6
8
10
12
14
16
18
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Dogbone Compression (YC) 0.2% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
16
18
20
22
24
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Dogbone Compression (YC) 1.0% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 46 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
0.55
0.60
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Y Orientation Dogbone Compression (YC) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 47 of 249
3.3 Z Compression Properties (ZC)
0
2
4
6
8
10
12
14
16
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Dogbone Compression (ZC) 0.2% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
16
18
20
22
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Dogbone Compression (ZC) 1.0% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 48 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
0.55
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Z Orientation Dogbone Compression (ZC) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 49 of 249
3.4 Z(45) Compression Properties (Z45C)
0
2
4
6
8
10
12
14
16
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Dogbone Compression (Z45C) 0.2% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
16
18
20
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Dogbone Compression (Z45C) 1.0% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 50 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Z(45) Orientation Dogbone Compression (Z45C) Modulus --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 51 of 249
3.5 X Tension Properties (XT)
0
1
2
3
4
5
6
7
8
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Dogbone Tension (XT) 0.2% Offset Yield Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Dogbone Tension (XT) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 52 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
X Orientation Dogbone Tension (XT) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 53 of 249
3.6 Y Tension Properties (YT)
0
1
2
3
4
5
6
7
8
9
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Dogbone Tension (YT) 0.2% Offset Yield Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
16
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Dogbone Tension (YT) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 54 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Y Orientation Dogbone Tension (YT) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 55 of 249
3.7 Z Tension Properties (ZT)
0
1
2
3
4
5
6
7
8
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Dogbone Tension (ZT) 0.2% Offset Yield Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Dogbone Tension (ZT) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 56 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Z Orientation Dogbone Tension (ZT) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 57 of 249
3.8 Z(45) Tension Properties (Z45T)
0
1
2
3
4
5
6
7
8
9
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Dogbone Tension (Z45T) 0.2% Offset Yield Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Dogbone Tension (Z45T) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 58 of 249
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
0.50
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Z(45) Orientation Dogbone Tension (Z45T) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.9 X Flex Properties (XF)
0
5
10
15
20
25
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Flexural (XF) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
X Orientation Flexural (XF) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.10 Y Flex Properties (YF)
0
5
10
15
20
25
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Flexural (YF) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Y Orientation Flexural (YF) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.11 Z Flex Properties (ZF)
0
2
4
6
8
10
12
14
16
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Flexural (ZF) -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
0.45
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Z Orientation Flexural (ZF) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.12 Z(45) Flex Properties (Z45F)
0
2
4
6
8
10
12
14
16
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Flexural (Z45F) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
Z(45) Orientation Flexural (Z45F) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.13 X Open Hole Compression Properties (XOHC)
0
1
2
3
4
5
6
7
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Open-Hole Compression (XOHC) 0.2% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
1
2
3
4
5
6
7
8
9
10
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Open-Hole Compression (XOHC) 1% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.14 Y Open Hole Compression Properties (YOHC)
0
1
2
3
4
5
6
7
8
9
10
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Open-Hole Compression (YOHC) 0.2% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Open-Hole Compression (YOHC) 1% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 65 of 249
3.15 Z Open Hole Compression Properties (ZOHC)
0
1
2
3
4
5
6
7
8
9
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Open-Hole Compression (ZOHC) 0.2% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
14
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Open-Hole Compression (ZOHC) 1% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.16 Z(45) Open Hole Compression Properties (Z45OHC)
0
1
2
3
4
5
6
7
8
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Open-Hole Compression (Z45OHC) 0.2% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
2
4
6
8
10
12
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Open-Hole Compression (Z45OHC) 1% Offset Strength -- Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.17 X Open Hole Tension (XOHT)
0
1
2
3
4
5
6
7
8
9
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation Open-Hole Tension (XOHT) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.18 Y Open Hole Tension (YOHT)
0
2
4
6
8
10
12
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Y Orientation Open-Hole Tension (YOHT) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.19 Z Open Hole Tension (ZOHT)
0
1
2
3
4
5
6
7
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z Orientation Open-Hole Tension (ZOHT) Strength -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.20 Z(45) Open Hole Tension (Z45OHT)
0
1
2
3
4
5
6
7
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
Z(45) Orientation Open-Hole Tension (Z45OHT) Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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3.21 X V-Notch In-Plane Shear Properties (XVIPS)
0
1
2
3
4
5
6
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation In-Plane Shear (XVIPS) 0.2% Offset Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
1
2
3
4
5
6
7
8
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation In-Plane Shear (XVIPS) Strength at 5% Strain --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 72 of 249
0
1
2
3
4
5
6
7
8
-100 -50 0 50 100 150 200
Stre
ngt
h [
ksi]
Temperature [°F]
X Orientation In-Plane Shear (XVIPS) Ultimate Shear Strength --Measured
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0.00
0.02
0.04
0.06
0.08
0.10
0.12
0.14
0.16
0.18
-100 -50 0 50 100 150 200
Mo
du
lus
[Msi
]
Temperature [°F]
X Orientation In-Plane Shear (XVIPS) Modulus -- MeasuredStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 73 of 249
3.22 X Izod Properties (XIzod) - FOR REFERENCE ONLY
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
-100 -50 0 50 100 150 200
Ene
rgy
[Jo
ule
s]
Temperature [°F]
X Orientation Izod Pendulum Impact (XIzod) -- EnergyStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
10
20
30
40
50
60
70
80
90
100
-100 -50 0 50 100 150 200
Imp
act
Re
sist
ance
[J
ou
les/
me
ter]
Temperature [°F]
X Orientation Izod Pendulum Impact (XIzod) -- Impact Resistance Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 74 of 249
3.23 Y Izod Properties (YIzod) - FOR REFERENCE ONLY
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
-100 -50 0 50 100 150 200
Ene
rgy
[Jo
ule
s]
Temperature [°F]
Y Orientation Izod Pendulum Impact (YIzod) -- EnergyStratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
20
40
60
80
100
120
-100 -50 0 50 100 150 200
Imp
act
Re
sist
ance
[J
ou
les/
me
ter]
Temperature [°F]
Y Orientation Izod Pendulum Impact (YIzod) -- Impact Resistance Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 75 of 249
3.24 Z Izod Properties (ZIzod) - FOR REFERENCE ONLY
0.00
0.05
0.10
0.15
0.20
0.25
0.30
-100 -50 0 50 100 150 200
Ene
rgy
[Jo
ule
s]
Temperature [°F]
Z Orientation Izod Pendulum Impact (ZIzod) -- Energy Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
10
20
30
40
50
60
70
80
90
-100 -50 0 50 100 150 200
Imp
act
Re
sist
ance
[J
ou
les/
me
ter]
Temperature [°F]
Z Orientation Izod Pendulum Impact (ZIzod) -- Impact Resistance Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 76 of 249
3.25 Z(45) Izod Properties (Z45Izod) - FOR REFERENCE ONLY
0.00
0.05
0.10
0.15
0.20
0.25
0.30
0.35
0.40
-100 -50 0 50 100 150 200
Ene
rgy
[Jo
ule
s]
Temperature [°F]
Z(45) Orientation Izod Pendulum Impact (Z45Izod) -- Energy Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
0
20
40
60
80
100
120
-100 -50 0 50 100 150 200
Imp
act
Re
sist
ance
[J
ou
les/
me
ter]
Temperature [°F]
Z(45) Orientation Izod Pendulum Impact (Z45Izod) -- Impact Resistance
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Dry Condition
Wet Condition
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 77 of 249
4. Raw Data
Excessive specimen deformation was observed for ASTM D695 Compression, and ASTM D6484 Open-Hole Compression and appropriate failure modes were not obtained.
4.1 X Compression Properties (XC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-XC-11-CTD-1 3 1 8.794 13.975 0.401 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-XC-12-CTD-2 3 1 7.606 13.293 0.411 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XC-13-CTD-3 3 1 9.374 14.418 0.380 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-XC-15-CTD-4 3 1 8.677 14.025 0.391 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XC-11-CTD-1 3 2 7.170 13.994 0.436 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-XC-13-CTD-2 3 2 10.141 15.783 0.412 0.127
NTPCMP001-SY-UM9085-SDM-C-R2-XC-14-CTD-3 3 2 10.487 15.033 0.378 0.127
NTPCMP001-SY-UM9085-SDM-C-R2-XC-15-CTD-4 3 2 8.715 14.839 0.423 0.127
Average 8.871 14.420 0.404 0.128
Standard Dev. 1.136 0.776 0.020
Coeff. of Var. [%] 12.808 5.381 5.005
Min. 7.170 13.293 0.378 0.127
Max. 10.487 15.783 0.436 0.130
Number of Spec. 8 8 8 8
X Orientation Dogbone Compression Properties (XC)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 78 of 249
0
1
2
3
4
0
1
2
3
0 2 4 6 8 10 12
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Strength [ksi]
X Orientation Dogbone Compression Properties (XC)--CTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 2 4 6 8 10 12 14 16 18
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Strength [ksi]
X Orientation Dogbone Compression Properties (XC)--CTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 79 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40 0.45 0.50
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Modulus [Msi]
X Orientation Dogbone Compression Properties (XC)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 80 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-XC-11-RTD-1 (R) 3 1 8.432 13.719 0.416 0.127
NTPCMP001-SY-UM9085-SDM-C-R1-XC-12-RTD-2 3 1 8.438 13.755 0.422 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-XC-13-RTD-3 3 1 7.711 13.127 0.438 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-XC-15-RTD-4 3 1 8.924 14.310 0.425 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XC-11-RTD-1 3 2 7.118 12.908 0.451 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-XC-13-RTD-2 3 2 7.856 13.010 0.449 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-XC-14-RTD-3 3 2 7.799 13.394 0.476 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-XC-15-RTD-4 3 2 7.237 12.635 0.459 0.130
Average 7.939 13.357 0.442 0.129
Standard Dev. 0.622 0.547 0.021
Coeff. of Var. [%] 7.831 4.095 4.659
Min. 7.118 12.635 0.416 0.127
Max. 8.924 14.310 0.476 0.130
Number of Spec. 8 8 8 8
X Orientation Dogbone Compression Properties (XC)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 81 of 249
0
1
2
3
4
0
1
2
3
0 1 2 3 4 5 6 7 8 9 10
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Strength [ksi]
X Orientation Dogbone Compression Properties (XC)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 2 4 6 8 10 12 14 16
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Strength [ksi]
X Orientation Dogbone Compression Properties (XC)--RTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 82 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40 0.45 0.50
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Modulus [Msi]
X Orientation Dogbone Compression Properties (XC)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 83 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-XC-11-ETW-1 3 1 6.644 9.146 0.325 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XC-12-ETW-2 3 1 7.576 10.591 0.362 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XC-13-ETW-3 3 1 7.215 10.004 0.339 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-XC-15-ETW-4 3 1 8.140 11.066 0.367 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XC-11-ETW-1 3 2 7.469 10.027 0.333 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-XC-13-ETW-2 3 2 7.126 9.737 0.327 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-XC-14-ETW-3 3 2 8.073 10.665 0.330 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XC-15-ETW-4 3 2 7.684 10.554 0.343 0.129
Average 7.491 10.224 0.341 0.129
Standard Dev. 0.497 0.614 0.016
Coeff. of Var. [%] 6.639 6.001 4.602
Min. 6.644 9.146 0.325 0.129
Max. 8.140 11.066 0.367 0.130
Number of Spec. 8 8 8 8
X Orientation Dogbone Compression Properties (XC)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 84 of 249
0
1
2
3
4
0
1
2
3
0 1 2 3 4 5 6 7 8 9
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Strength [ksi]
X Orientation Dogbone Compression Properties (XC)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 2 4 6 8 10 12
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Strength [ksi]
X Orientation Dogbone Compression Properties (XC)--ETWMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 85 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40
AM
Bat
ch #
Ru
n #
X Orientation Dogbone Compression Modulus [Msi]
X Orientation Dogbone Compression Properties (XC)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 86 of 249
4.2 Y Compression Properties (YC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-YC-11-CTD-1 3 1 12.097 18.875 0.430 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-YC-12-CTD-2 3 1 11.949 19.434 0.445 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-YC-13-CTD-3 3 1 11.215 17.256 0.410 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-YC-15-CTD-4 3 1 10.591 17.609 0.437 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-11-CTD-1 3 2 12.759 19.334 0.451 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-13-CTD-2 3 2 15.306 21.343 0.439 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-14-CTD-3 3 2 12.362 19.079 0.448 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-15-CTD-4 3 2 11.350 17.671 0.435 0.130
Average 12.204 18.825 0.437 0.129
Standard Dev. 1.431 1.326 0.013
Coeff. of Var. [%] 11.729 7.044 2.908
Min. 10.591 17.256 0.410 0.128
Max. 15.306 21.343 0.451 0.130
Number of Spec. 8 8 8 8
Y Orientation Dogbone Compression Properties (YC)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Y Orientation Dogbone Compression Properties (YC)--CTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Y Orientation Dogbone Compression Properties (YC)--CTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Y Orientation Dogbone Compression Modulus [Msi]
Y Orientation Dogbone Compression Properties (YC)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-YC-11-RTD-1 3 1 15.817 22.675 0.537 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YC-12-RTD-2 3 1 13.635 20.777 0.501 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YC-13-RTD-3 3 1 13.948 21.728 0.538 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-YC-15-RTD-4 3 1 13.293 21.150 0.522 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-11-RTD-1 3 2 12.481 19.427 0.503 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-13-RTD-2 3 2 14.061 20.863 0.519 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YC-14-RTD-3 3 2 13.473 21.687 0.549 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YC-15-RTD-4 3 2 12.769 20.656 0.559 0.128
Average 13.685 21.120 0.529 0.129
Standard Dev. 1.018 0.954 0.021
Coeff. of Var. [%] 7.436 4.518 3.987
Min. 12.481 19.427 0.501 0.128
Max. 15.817 22.675 0.559 0.129
Number of Spec. 8 8 8 8
Y Orientation Dogbone Compression Properties (YC)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Y Orientation Dogbone Compression Properties (YC)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Y Orientation Dogbone Compression Strength [ksi]
Y Orientation Dogbone Compression Properties (YC)--RTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Y Orientation Dogbone Compression Modulus [Msi]
Y Orientation Dogbone Compression Properties (YC)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-YC-11-ETW-1 3 1 11.575 14.738 0.396 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-YC-12-ETW-2 3 1 11.179 15.965 0.431 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-YC-13-ETW-3 3 1 9.806 13.711 0.401 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YC-15-ETW-4 3 1 9.999 14.943 0.458 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YC-11-ETW-1 3 2 11.360 14.944 0.416 0.127
NTPCMP001-SY-UM9085-SDM-C-R2-YC-13-ETW-2 3 2 10.520 14.242 0.412 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YC-14-ETW-3 3 2 11.066 15.161 0.420 0.127
NTPCMP001-SY-UM9085-SDM-C-R2-YC-15-ETW-4 3 2 10.867 15.254 0.428 0.129
Average 10.797 14.870 0.420 0.128
Standard Dev. 0.637 0.676 0.019
Coeff. of Var. [%] 5.900 4.546 4.626
Min. 9.806 13.711 0.396 0.127
Max. 11.575 15.965 0.458 0.129
Number of Spec. 8 8 8 8
Y Orientation Dogbone Compression Properties (YC)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Y Orientation Dogbone Compression Properties (YC)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Y Orientation Dogbone Compression Strength [ksi]
Y Orientation Dogbone Compression Properties (YC)--ETWMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Y Orientation Dogbone Compression Modulus [Msi]
Y Orientation Dogbone Compression Properties (YC)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.3 Z Compression Properties (ZC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-11-CTD-1 3 1 11.067 17.969 0.437 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-12-CTD-2 3 1 10.736 17.929 0.455 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-13-CTD-3 3 1 13.151 19.366 0.463 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-15-CTD-4 3 1 11.620 17.900 0.433 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-11-CTD-1 3 2 10.750 17.281 0.429 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-13-CTD-2 3 2 8.997 16.951 0.481 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-14-CTD-3 3 2 8.457 16.355 0.476 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-15-CTD-4 3 2 12.025 17.827 0.421 0.129
Average 10.851 17.697 0.449 0.129
Standard Dev. 1.535 0.887 0.023
Coeff. of Var. [%] 14.149 5.011 5.008
Min. 8.457 16.355 0.421 0.128
Max. 13.151 19.366 0.481 0.130
Number of Spec. 8 8 8 8
Z Orientation Dogbone Compression Properties (ZC)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Dogbone Compression Properties (ZC)--CTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Z Orientation Dogbone Compression Strength [ksi]
Z Orientation Dogbone Compression Properties (ZC)--CTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Dogbone Compression Modulus [Msi]
Z Orientation Dogbone Compression Properties (ZC)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 98 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-11-RTD-1 3 1 13.161 18.174 0.394 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-12-RTD-2 3 1 13.508 17.102 0.379 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-13-RTD-3 3 1 12.116 17.380 0.422 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-15-RTD-4 3 1 14.654 17.998 0.368 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-11-RTD-1 3 2 13.728 18.222 0.398 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-13-RTD-2 3 2 13.442 18.558 0.416 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-14-RTD-3 3 2 12.369 17.186 0.393 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-15-RTD-4 3 2 11.894 16.468 0.380 0.128
Average 13.109 17.636 0.394 0.129
Standard Dev. 0.930 0.710 0.018
Coeff. of Var. [%] 7.094 4.028 4.655
Min. 11.894 16.468 0.368 0.128
Max. 14.654 18.558 0.422 0.130
Number of Spec. 8 8 8 8
Z Orientation Dogbone Compression Properties (ZC)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 99 of 249
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Z Orientation Dogbone Compression Properties (ZC)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Z Orientation Dogbone Compression Strength [ksi]
Z Orientation Dogbone Compression Properties (ZC)--RTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
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Ru
n #
Z Orientation Dogbone Compression Modulus [Msi]
Z Orientation Dogbone Compression Properties (ZC)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 101 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-11-ETW-1 3 1 8.372 11.088 0.334 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-12-ETW-2 3 1 8.473 11.225 0.351 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-13-ETW-3 3 1 9.689 11.739 0.318 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-15-ETW-4 3 1 8.803 11.351 0.336 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-11-ETW-1 3 2 9.272 11.594 0.340 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-13-ETW-2 3 2 9.677 11.828 0.333 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-14-ETW-3 3 2 9.014 11.619 0.341 0.127
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-15-ETW-4 3 2 8.657 11.871 0.363 0.127
Average 8.995 11.539 0.339 0.129
Standard Dev. 0.512 0.288 0.013
Coeff. of Var. [%] 5.691 2.497 3.895
Min. 8.372 11.088 0.318 0.127
Max. 9.689 11.871 0.363 0.130
Number of Spec. 8 8 8 8
Z Orientation Dogbone Compression Properties (ZC)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 102 of 249
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Z Orientation Dogbone Compression Strength [ksi]
Z Orientation Dogbone Compression Properties (ZC)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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AM
Bat
ch #
Ru
n #
Z Orientation Dogbone Compression Strength [ksi]
Z Orientation Dogbone Compression Properties (ZC)--ETWMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
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Ru
n #
Z Orientation Dogbone Compression Modulus [Msi]
Z Orientation Dogbone Compression Properties (ZC)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 104 of 249
4.4 Z(45) Compression Properties (Z45C)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-11-CTD-1 3 1 12.245 18.033 0.412 0.132
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-12-CTD-2 3 1 9.681 17.250 0.458 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-13-CTD-3 3 1 12.921 18.713 0.425 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-15-CTD-4 3 1 13.684 18.909 0.411 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-11-CTD-1 3 2 11.934 18.066 0.427 0.131
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-13-CTD-2 3 2 10.389 16.555 0.429 0.131
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-14-CTD-3 3 2 10.814 17.005 0.423 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-15-CTD-4 3 2 10.834 16.654 0.418 0.131
Average 11.563 17.648 0.425 0.131
Standard Dev. 1.361 0.910 0.015
Coeff. of Var. [%] 11.768 5.159 3.459
Min. 9.681 16.555 0.411 0.130
Max. 13.684 18.909 0.458 0.132
Number of Spec. 8 8 8 8
Z(45) Orientation Dogbone Compression Properties (Z45C)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 105 of 249
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Z45 Orientation Dogbone Compression Strength [ksi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--CTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Bat
ch #
Ru
n #
Z45 Orientation Dogbone Compression Strength [ksi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--CTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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ch #
Ru
n #
Z45 Orientation Dogbone Compression Modulus [Msi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 107 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-11-RTD-1 (R) 3 1 8.628 12.628 0.361 0.132
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-12-RTD-2 3 1 14.501 18.952 0.385 0.132
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-13-RTD-3 3 1 12.342 18.120 0.415 0.132
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-15-RTD-4 3 1 13.038 17.644 0.404 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-11-RTD-1 3 2 10.753 16.665 0.425 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-13-RTD-2 (R) 3 2 10.925 14.841 0.359 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-14-RTD-3 3 2 12.597 18.146 0.432 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-15-RTD-4 (R) 3 2 10.567 14.578 0.372 0.132
Average 11.669 16.447 0.394 0.131
Standard Dev. 1.815 2.207 0.029
Coeff. of Var. [%] 15.557 13.419 7.309
Min. 8.628 12.628 0.359 0.128
Max. 14.501 18.952 0.432 0.132
Number of Spec. 8 8 8 8
Z(45) Orientation Dogbone Compression Properties (Z45C)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 108 of 249
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Z45 Orientation Dogbone Compression Strength [ksi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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4
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Bat
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Ru
n #
Z45 Orientation Dogbone Compression Strength [ksi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--RTDMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Dogbone Compression Modulus [Msi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1.0% Offset
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-11-ETW-1 3 1 7.781 10.083 0.325 0.132
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-12-ETW-2 3 1 8.499 10.632 0.329 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-13-ETW-3 3 1 7.731 10.682 0.355 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-15-ETW-4 3 1 9.671 11.596 0.318 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-11-ETW-1 3 2 8.195 10.837 0.340 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-13-ETW-2 3 2 8.447 10.959 0.328 0.131
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-14-ETW-3 3 2 7.380 9.902 0.333 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-15-ETW-4 3 2 7.764 10.641 0.334 0.132
Average 8.183 10.667 0.333 0.131
Standard Dev. 0.714 0.522 0.011
Coeff. of Var. [%] 8.727 4.890 3.313
Min. 7.380 9.902 0.318 0.130
Max. 9.671 11.596 0.355 0.132
Number of Spec. 8 8 8 8
Z(45) Orientation Dogbone Compression Properties (Z45C)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 111 of 249
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Z45 Orientation Dogbone Compression Strength [ksi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Ru
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Z45 Orientation Dogbone Compression Strength [ksi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--ETWMeasured 1.0% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Ru
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Z45 Orientation Dogbone Compression Modulus [Msi]
Z(45) Orientation Dogbone Compression Properties (Z45C)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.5 X Tension Properties (XT)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XT-11-CTD-1 3 1 6.031 11.313 0.370 0.127 AWT
NTPCMP001-SY-UM9085-SDM-C-R1-XT-12-CTD-2 3 1 6.337 11.047 0.351 0.127 AWT
NTPCMP001-SY-UM9085-SDM-C-R1-XT-13-CTD-3 3 1 6.376 10.264 0.356 0.128 AWT
NTPCMP001-SY-UM9085-SDM-C-R1-XT-15-CTD-4 3 1 5.553 12.013 0.380 0.128 AWT
NTPCMP001-SY-UM9085-SDM-C-R2-XT-11-CTD-1 3 2 6.839 12.682 0.401 0.126 AWT
NTPCMP001-SY-UM9085-SDM-C-R2-XT-13-CTD-2 3 2 7.193 12.596 0.394 0.127 AWT
NTPCMP001-SY-UM9085-SDM-C-R2-XT-14-CTD-3 3 2 6.916 12.644 0.396 0.127 AWT
NTPCMP001-SY-UM9085-SDM-C-R2-XT-15-CTD-4 3 2 6.639 12.845 0.399 0.127 AWB
Average 6.486 11.925 0.381 0.127
Standard Dev. 0.527 0.949 0.020
Coeff. of Var. [%] 8.124 7.954 5.232
Min. 5.553 10.264 0.351 0.126
Max. 7.193 12.845 0.401 0.128
Number of Spec. 8 8 8 8
X Orientation Dogbone Tension Properties (XT)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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X Orientation Dogbone Tension Strength [ksi]
X Orientation Dogbone Tension Properties (XT)--CTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
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Bat
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Ru
n #
X Orientation Dogbone Tension Strength [ksi]
X Orientation Dogbone Tension Properties (XT)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Ru
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X Orientation Dogbone Tension Modulus [Msi]
X Orientation Dogbone Tension Properties (XT)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 116 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XT-11-RTD-1 3 1 5.446 9.471 0.327 0.126 AWT
NTPCMP001-SY-UM9085-SDM-C-R1-XT-12-RTD-2 3 1 5.256 9.071 0.316 0.126 LWB
NTPCMP001-SY-UM9085-SDM-C-R1-XT-13-RTD-3 3 1 5.324 8.871 0.311 0.128 LWT
NTPCMP001-SY-UM9085-SDM-C-R1-XT-15-RTD-4 3 1 5.592 9.636 0.341 0.126 LWT
NTPCMP001-SY-UM9085-SDM-C-R2-XT-11-RTD-1 3 2 5.917 10.279 0.351 0.126 LWT
NTPCMP001-SY-UM9085-SDM-C-R2-XT-13-RTD-2 3 2 5.703 9.932 0.346 0.128 LWB
NTPCMP001-SY-UM9085-SDM-C-R2-XT-14-RTD-3 3 2 5.858 10.298 0.352 0.126 AWB
NTPCMP001-SY-UM9085-SDM-C-R2-XT-15-RTD-4 3 2 6.102 10.222 0.352 0.126 AWT
Average 5.650 9.723 0.337 0.126
Standard Dev. 0.300 0.555 0.017
Coeff. of Var. [%] 5.302 5.707 4.969
Min. 5.256 8.871 0.311 0.126
Max. 6.102 10.298 0.352 0.128
Number of Spec. 8 8 8 8
X Orientation Dogbone Tension Properties (XT)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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X Orientation Dogbone Tension Strength [ksi]
X Orientation Dogbone Tension Properties (XT)--RTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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3
4
0
1
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Bat
ch #
Ru
n #
X Orientation Dogbone Tension Strength [ksi]
X Orientation Dogbone Tension Properties (XT)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
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Ru
n #
X Orientation Dogbone Tension Modulus [Msi]
X Orientation Dogbone Tension Properties (XT)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XT-11-ETW-1 3 1 4.507 6.624 0.308 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XT-12-ETW-2 3 1 3.856 6.243 0.302 0.128 AWT
NTPCMP001-SY-UM9085-SDM-C-R1-XT-13-ETW-3 3 1 3.853 6.017 0.287 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XT-15-ETW-4 3 1 4.327 6.353 0.296 0.127 AWB
NTPCMP001-SY-UM9085-SDM-C-R2-XT-11-ETW-1 3 2 4.862 6.944 0.308 0.126 LWB
NTPCMP001-SY-UM9085-SDM-C-R2-XT-13-ETW-2 3 2 4.542 6.700 0.306 0.127 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XT-14-ETW-3 3 2 4.835 6.861 0.304 0.126 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-XT-15-ETW-4 3 2 4.649 7.021 0.322 0.126 AGM
Average 4.429 6.595 0.304 0.127
Standard Dev. 0.395 0.359 0.010
Coeff. of Var. [%] 8.910 5.445 3.339
Min. 3.853 6.017 0.287 0.126
Max. 4.862 7.021 0.322 0.129
Number of Spec. 8 8 8 8
X Orientation Dogbone Tension Properties (XT)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 120 of 249
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ch #
Ru
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X Orientation Dogbone Tension Strength [ksi]
X Orientation Dogbone Tension Properties (XT)--ETWMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
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0 1 2 3 4 5 6 7 8
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Bat
ch #
Ru
n #
X Orientation Dogbone Tension Strength [ksi]
X Orientation Dogbone Tension Properties (XT)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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AM
Bat
ch #
Ru
n #
X Orientation Dogbone Tension Modulus [Msi]
X Orientation Dogbone Tension Properties (XT)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 122 of 249
4.6 Y Tension Properties (YT)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YT-11-CTD-1 3 1 7.968 11.953 0.434 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-YT-12-CTD-2 3 1 6.978 12.461 0.443 0.128 LWB, LAT
NTPCMP001-SY-UM9085-SDM-C-R1-YT-13-CTD-3 3 1 6.817 12.208 0.442 0.129 LWT
NTPCMP001-SY-UM9085-SDM-C-R1-YT-15-CTD-4 3 1 7.525 11.096 0.404 0.129 LWT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-11-CTD-1 3 2 8.387 13.935 0.442 0.127 LWB
NTPCMP001-SY-UM9085-SDM-C-R2-YT-13-CTD-2 3 2 7.362 13.016 0.462 0.127 LWT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-14-CTD-3 3 2 8.182 11.094 0.445 0.127 LWT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-15-CTD-4 3 2 7.165 13.731 0.456 0.128 LWT, LAB
Average 7.548 12.437 0.441 0.128
Standard Dev. 0.576 1.079 0.017
Coeff. of Var. [%] 7.634 8.672 3.898
Min. 6.817 11.094 0.404 0.127
Max. 8.387 13.935 0.462 0.129
Number of Spec. 8 8 8 8
Y Orientation Dogbone Tension Properties (YT)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 123 of 249
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Y Orientation Dogbone Tension Strength [ksi]
Y Orientation Dogbone Tension Properties (YT)--CTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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4
0
1
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AM
Bat
ch #
Ru
n #
Y Orientation Dogbone Tension Strength [ksi]
Y Orientation Dogbone Tension Properties (YT)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
ch #
Ru
n #
Y Orientation Dogbone Tension Modulus [Msi]
Y Orientation Dogbone Tension Properties (YT)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 125 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YT-11-RTD-1 3 1 6.721 11.116 0.372 0.127 LGT
NTPCMP001-SY-UM9085-SDM-C-R1-YT-12-RTD-2 3 1 6.473 11.028 0.375 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-YT-13-RTD-3 3 1 6.588 10.891 0.368 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-YT-15-RTD-4 3 1 6.367 11.059 0.374 0.128 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-11-RTD-1 3 2 7.355 12.138 0.382 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-13-RTD-2 3 2 6.929 11.569 0.381 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-14-RTD-3 3 2 6.846 11.739 0.387 0.128 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-15-RTD-4 3 2 6.642 11.590 0.385 0.129 LGT
Average 6.740 11.391 0.378 0.128
Standard Dev. 0.309 0.434 0.007
Coeff. of Var. [%] 4.584 3.810 1.753
Min. 6.367 10.891 0.368 0.127
Max. 7.355 12.138 0.387 0.129
Number of Spec. 8 8 8 8
Y Orientation Dogbone Tension Properties (YT)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 126 of 249
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Ru
n #
Y Orientation Dogbone Tension Strength [ksi]
Y Orientation Dogbone Tension Properties (YT)--RTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 2 4 6 8 10 12 14
AM
Bat
ch #
Ru
n #
Y Orientation Dogbone Tension Strength [ksi]
Y Orientation Dogbone Tension Properties (YT)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
ch #
Ru
n #
Y Orientation Dogbone Tension Modulus [Msi]
Y Orientation Dogbone Tension Properties (YT)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YT-11-ETW-1 3 1 5.352 7.203 0.327 0.129 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-YT-12-ETW-2 3 1 5.062 7.276 0.339 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R1-YT-13-ETW-3 3 1 5.101 7.197 0.332 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YT-15-ETW-4 3 1 5.413 7.141 0.320 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YT-11-ETW-1 3 2 6.342 8.099 0.332 0.127 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-YT-13-ETW-2 3 2 5.984 8.088 0.339 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YT-14-ETW-3 3 2 5.806 8.001 0.339 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-YT-15-ETW-4 3 2 5.827 8.055 0.340 0.127 LGT
Average 5.611 7.633 0.334 0.128
Standard Dev. 0.451 0.460 0.007
Coeff. of Var. [%] 8.044 6.028 2.156
Min. 5.062 7.141 0.320 0.127
Max. 6.342 8.099 0.340 0.129
Number of Spec. 8 8 8 8
Y Orientation Dogbone Tension Properties (YT)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 129 of 249
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Ru
n #
Y Orientation Dogbone Tension Strength [ksi]
Y Orientation Dogbone Tension Properties (YT)--ETWMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 1 2 3 4 5 6 7 8 9
AM
Bat
ch #
Ru
n #
Y Orientation Dogbone Tension Strength [ksi]
Y Orientation Dogbone Tension Properties (YT)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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0
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AM
Bat
ch #
Ru
n #
Y Orientation Dogbone Tension Modulus [Msi]
Y Orientation Dogbone Tension Properties (YT)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 131 of 249
4.7 Z Tension Properties (ZT)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-11-CTD-1 3 1 6.532 11.208 0.393 0.128 LGT
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-12-CTD-2 3 1 7.229 11.205 0.390 0.128 AWT
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-13-CTD-3 3 1 6.721 11.244 0.392 0.128 LWB
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-15-CTD-4 3 1 7.002 10.746 0.406 0.128 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-11-CTD-1 (R) 3 2 6.362 10.910 0.416 0.130 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-13-CTD-2 (R) 3 2 5.956 10.428 0.429 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-14-CTD-3 (R) 3 2 7.071 9.822 0.399 0.129 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-15-CTD-4 (R) 3 2 5.254 11.231 0.462 0.128 LGB
Average 6.516 10.849 0.411 0.129
Standard Dev. 0.657 0.508 0.025
Coeff. of Var. [%] 10.090 4.680 6.015
Min. 5.254 9.822 0.390 0.128
Max. 7.229 11.244 0.462 0.130
Number of Spec. 8 8 8 8
Z Orientation Dogbone Tension Properties (ZT)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 132 of 249
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Ru
n #
Z Orientation Dogbone Tension Strength [ksi]
Z Orientation Dogbone Tension Properties (ZT)--CTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
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3
0 2 4 6 8 10 12
AM
Bat
ch #
Ru
n #
Z Orientation Dogbone Tension Strength [ksi]
Z Orientation Dogbone Tension Properties (ZT)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Z Orientation Dogbone Tension Modulus [Msi]
Z Orientation Dogbone Tension Properties (ZT)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-11-RTD-1 3 1 5.780 9.031 0.348 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-12-RTD-2 3 1 5.842 8.850 0.343 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-13-RTD-3 3 1 5.930 8.385 0.350 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-15-RTD-4 3 1 6.371 9.354 0.344 0.127 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-11-RTD-1 3 2 6.052 7.672 0.347 0.131 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-13-RTD-2 (R) 3 2 6.141 8.964 0.353 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-14-RTD-3 3 2 6.055 7.728 0.352 0.130 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-15-RTD-4 3 2 6.356 7.854 0.349 0.130 LGT
Average 6.066 8.480 0.348 0.129
Standard Dev. 0.218 0.661 0.004
Coeff. of Var. [%] 3.599 7.795 1.057
Min. 5.780 7.672 0.343 0.127
Max. 6.371 9.354 0.353 0.131
Number of Spec. 8 8 8 8
Z Orientation Dogbone Tension Properties (ZT)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Dogbone Tension Properties (ZT)--RTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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n #
Z Orientation Dogbone Tension Strength [ksi]
Z Orientation Dogbone Tension Properties (ZT)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Ru
n #
Z Orientation Dogbone Tension Modulus [Msi]
Z Orientation Dogbone Tension Properties (ZT)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-11-ETW-1 3 1 4.814 5.857 0.292 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-12-ETW-2 3 1 4.699 5.821 0.296 0.130 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-13-ETW-3 3 1 4.593 5.868 0.307 0.129 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-15-ETW-4 3 1 4.567 5.676 0.297 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-11-ETW-1 3 2 5.057 5.493 0.305 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-13-ETW-2 3 2 4.869 5.578 0.316 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-14-ETW-3 3 2 4.887 5.552 0.308 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-15-ETW-4 3 2 5.008 5.544 0.313 0.128 LGM
Average 4.812 5.674 0.304 0.129
Standard Dev. 0.181 0.154 0.008
Coeff. of Var. [%] 3.753 2.721 2.753
Min. 4.567 5.493 0.292 0.127
Max. 5.057 5.868 0.316 0.130
Number of Spec. 8 8 8 8
Z Orientation Dogbone Tension Properties (ZT)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Dogbone Tension Strength [ksi]
Z Orientation Dogbone Tension Properties (ZT)--ETWMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Z Orientation Dogbone Tension Strength [ksi]
Z Orientation Dogbone Tension Properties (ZT)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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n #
Z Orientation Dogbone Tension Modulus [Msi]
Z Orientation Dogbone Tension Properties (ZT)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.8 Z(45) Tension Properties (Z45T)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-11-CTD-1 3 1 5.558 9.426 0.405 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-12-CTD-2 3 1 5.403 9.725 0.433 0.128 LWB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-13-CTD-3 3 1 6.300 10.026 0.403 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-15-CTD-4 3 1 6.613 10.209 0.383 0.129 LWT
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-11-CTD-1 3 2 7.274 8.167 0.380 0.131 LAT
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-13-CTD-2 3 2 6.565 10.049 0.402 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-14-CTD-3 3 2 6.561 9.401 0.384 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-15-CTD-4 3 2 8.029 10.028 0.369 0.129 LWT
Average 6.538 9.629 0.395 0.129
Standard Dev. 0.852 0.662 0.020
Coeff. of Var. [%] 13.027 6.878 5.066
Min. 5.403 8.167 0.369 0.128
Max. 8.029 10.209 0.433 0.131
Number of Spec. 8 8 8 8
Z(45) Orientation Dogbone Tension Properties (Z45T)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Dogbone Tension Strength [ksi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--CTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Z45 Orientation Dogbone Tension Strength [ksi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Ru
n #
Z45 Orientation Dogbone Tension Modulus [Msi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-11-RTD-1 3 1 4.904 8.241 0.369 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-12-RTD-2 3 1 5.239 8.858 0.363 0.129 LWT
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-13-RTD-3 3 1 5.328 8.758 0.364 0.129 LWB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-15-RTD-4 3 1 5.606 8.501 0.354 0.129 LWB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-11-RTD-1 3 2 5.579 7.404 0.351 0.129 LWB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-13-RTD-2 3 2 5.609 8.477 0.365 0.128 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-14-RTD-3 3 2 5.566 8.370 0.357 0.129 LGT
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-15-RTD-4 3 2 5.532 8.808 0.363 0.129 LGB
Average 5.420 8.427 0.361 0.129
Standard Dev. 0.250 0.468 0.006
Coeff. of Var. [%] 4.610 5.553 1.690
Min. 4.904 7.404 0.351 0.128
Max. 5.609 8.858 0.369 0.129
Number of Spec. 8 8 8 8
Z(45) Orientation Dogbone Tension Properties (Z45T)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Dogbone Tension Strength [ksi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--RTDMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Bat
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Z45 Orientation Dogbone Tension Strength [ksi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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n #
Z45 Orientation Dogbone Tension Modulus [Msi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Yield
Strength [ksi]
Strength [ksi]Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-11-ETW-1 3 1 4.386 5.905 0.311 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-12-ETW-2 3 1 4.655 6.181 0.317 0.127 LGT
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-13-ETW-3 3 1 4.718 6.216 0.306 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-15-ETW-4 3 1 4.577 6.048 0.316 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-11-ETW-1 3 2 4.103 5.515 0.314 0.132 LWB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-13-ETW-2 3 2 4.475 6.156 0.320 0.129 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-14-ETW-3 3 2 4.649 5.915 0.306 0.129 LGB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-15-ETW-4 3 2 4.681 6.199 0.311 0.129 LGT
Average 4.530 6.017 0.313 0.129
Standard Dev. 0.206 0.237 0.005
Coeff. of Var. [%] 4.539 3.945 1.661
Min. 4.103 5.515 0.306 0.127
Max. 4.718 6.216 0.320 0.132
Number of Spec. 8 8 8 8
Z(45) Orientation Dogbone Tension Properties (Z45T)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 147 of 249
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AM
Bat
ch #
Ru
n #
Z45 Orientation Dogbone Tension Strength [ksi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--ETWMeasured 0.2% Offset Yield Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
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4
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1
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Bat
ch #
Ru
n #
Z45 Orientation Dogbone Tension Strength [ksi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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ch #
Ru
n #
Z45 Orientation Dogbone Tension Modulus [Msi]
Z(45) Orientation Dogbone Tension Properties (Z45T)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.9 X Flex Properties (XF)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XF-11-CTD-1* 3 1 19.169 0.373 0.128 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-12-CTD-2* 3 1 19.039 0.369 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-13-CTD-3* 3 1 18.826 0.375 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-15-CTD-4* 3 1 20.227 0.388 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-11-CTD-1* 3 2 20.966 0.409 0.128 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-13-CTD-2* 3 2 20.436 0.401 0.130 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-14-CTD-3 3 2 16.942 0.414 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-15-CTD-4* 3 2 21.817 0.415 0.129 CAT, TAB
*Failure occurred after the 5% strain limit per ASTM D790, note 18
Average 19.678 0.393 0.129
Standard Dev. 1.511 0.019
Coeff. of Var. [%] 7.681 4.913
Min. 16.942 0.369 0.128
Max. 21.817 0.415 0.130
Number of Spec. 8 8 8
X Orientation Flexural Properties (XF)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 150 of 249
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Ru
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X Orientation Flexural Strength [ksi]
X Orientation Flexural Properties (XF)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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4
0
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0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40 0.45
AM
Bat
ch #
Ru
n #
X Orientation Flexural Modulus [Msi]
X Orientation Flexural Properties (XF)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 151 of 249
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XF-11-RTD-1 3 1 16.610 0.361 0.128 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-12-RTD-2 3 1 15.764 0.343 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-13-RTD-3 3 1 15.778 0.342 0.130 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-15-RTD-4 3 1 17.058 0.370 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-11-RTD-1 3 2 17.091 0.366 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-13-RTD-2 3 2 16.249 0.349 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-14-RTD-3 3 2 17.249 0.373 0.129 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-15-RTD-4 3 2 16.861 0.364 0.129 CAT, TAB
Failure occurred after the 5% strain limit per ASTM D790, note 18 for all specimens
Average 16.582 0.359 0.129
Standard Dev. 0.590 0.012
Coeff. of Var. [%] 3.556 3.372
Min. 15.764 0.342 0.128
Max. 17.249 0.373 0.130
Number of Spec. 8 8 8
X Orientation Flexural Properties (XF)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 152 of 249
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Bat
ch #
Ru
n #
X Orientation Flexural Strength [ksi]
X Orientation Flexural Properties (XF)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40
AM
Bat
ch #
Ru
n #
X Orientation Flexural Modulus [Msi]
X Orientation Flexural Properties (XF)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XF-11-ETW-1 3 1 12.865 0.330 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-12-ETW-2 3 1 12.078 0.303 0.129 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-13-ETW-3 3 1 12.341 0.309 0.129 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-XF-15-ETW-4 3 1 13.719 0.333 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-11-ETW-1 3 2 13.487 0.336 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-13-ETW-2 3 2 12.620 0.312 0.129 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-14-ETW-3 3 2 13.005 0.321 0.129 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-XF-15-ETW-4 3 2 13.047 0.327 0.129 TAB
Failure occurred after the 5% strain limit per ASTM D790, note 18 for all specimens
Average 12.895 0.321 0.129
Standard Dev. 0.550 0.012
Coeff. of Var. [%] 4.263 3.750
Min. 12.078 0.303 0.128
Max. 13.719 0.336 0.129
Number of Spec. 8 8 8
X Orientation Flexural Properties (XF)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
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Ru
n #
X Orientation Flexural Strength [ksi]
X Orientation Flexural Properties (XF)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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4
0
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AM
Bat
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Ru
n #
X Orientation Flexural Modulus [Msi]
X Orientation Flexural Properties (XF)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.10 Y Flex Properties (YF)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YF-11-CTD-1 3 1 22.609 0.405 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-12-CTD-2 3 1 22.738 0.408 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-13-CTD-3 3 1 22.944 0.407 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-15-CTD-4 3 1 23.608 0.417 0.123 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-11-CTD-1 3 2 22.916 0.422 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-13-CTD-2 3 2 23.185 0.414 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-14-CTD-3 3 2 23.370 0.416 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-15-CTD-4 3 2 23.261 0.418 0.123 CAT, TAB
Failure occurred after the 5% strain limit per ASTM D790, note 18 for all specimens
Average 23.079 0.413 0.124
Standard Dev. 0.336 0.006
Coeff. of Var. [%] 1.457 1.490
Min. 22.609 0.405 0.123
Max. 23.608 0.422 0.124
Number of Spec. 8 8 8
Y Orientation Flexural Properties (YF)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Y Orientation Flexural Properties (YF)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YF-11-RTD-1 3 1 19.003 0.376 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-12-RTD-2 3 1 19.110 0.379 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-13-RTD-3 3 1 19.331 0.383 0.123 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-15-RTD-4 3 1 19.074 0.379 0.125 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-11-RTD-1 3 2 19.297 0.387 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-13-RTD-2 3 2 19.904 0.389 0.123 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-14-RTD-3 3 2 19.896 0.392 0.123 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-15-RTD-4 3 2 19.435 0.383 0.125 CAT, TAB
Failure occurred after the 5% strain limit per ASTM D790, note 18 for all specimens
Average 19.381 0.384 0.124
Standard Dev. 0.351 0.006
Coeff. of Var. [%] 1.811 1.483
Min. 19.003 0.376 0.123
Max. 19.904 0.392 0.125
Number of Spec. 8 8 8
Y Orientation Flexural Properties (YF)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Y Orientation Flexural Properties (YF)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YF-11-ETW-1 3 1 14.919 0.359 0.123 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-12-ETW-2 3 1 14.814 0.358 0.123 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-13-ETW-3 3 1 14.855 0.361 0.123 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-YF-15-ETW-4 3 1 14.922 0.362 0.123 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-11-ETW-1 3 2 15.213 0.372 0.123 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-13-ETW-2 3 2 15.166 0.365 0.124 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-14-ETW-3 3 2 15.324 0.372 0.123 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-YF-15-ETW-4 3 2 15.519 0.376 0.122 TAB
Failure occurred after the 5% strain limit per ASTM D790, note 18 for all specimens
Average 15.091 0.366 0.123
Standard Dev. 0.253 0.007
Coeff. of Var. [%] 1.677 1.887
Min. 14.814 0.358 0.122
Max. 15.519 0.376 0.124
Number of Spec. 8 8 8
Y Orientation Flexural Properties (YF)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Y Orientation Flexural Properties (YF)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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4.11 Z Flex Properties (ZF)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-11-CTD-1 (R) 3 1 13.745 0.379 0.125 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-12-CTD-2 3 1 14.616 0.377 0.125 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-13-CTD-3 3 1 14.475 0.388 0.125 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-15-CTD-4 3 1 14.576 0.378 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-11-CTD-1 3 2 14.309 0.383 0.125 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-13-CTD-2 3 2 14.461 0.389 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-14-CTD-3 3 2 14.328 0.390 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-15-CTD-4 3 2 15.046 0.381 0.125 CAT, TAB
Average 14.445 0.383 0.125
Standard Dev. 0.365 0.005
Coeff. of Var. [%] 2.526 1.343
Min. 13.745 0.377 0.124
Max. 15.046 0.390 0.126
Number of Spec. 8 8 8
Z Orientation Flexural Properties (ZF)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Z Orientation Flexural Properties (ZF)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-11-RTD-1 3 1 12.382 0.336 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-12-RTD-2 3 1 13.615 0.341 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-13-RTD-3 3 1 12.707 0.336 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-15-RTD-4 3 1 12.545 0.341 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-11-RTD-1 3 2 12.824 0.338 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-13-RTD-2 3 2 12.370 0.349 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-14-RTD-3 3 2 12.708 0.344 0.124 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-15-RTD-4 3 2 13.261 0.348 0.123 CAT, TAB
Average 12.801 0.342 0.124
Standard Dev. 0.434 0.005
Coeff. of Var. [%] 3.391 1.459
Min. 12.370 0.336 0.123
Max. 13.615 0.349 0.124
Number of Spec. 8 8 8
Z Orientation Flexural Properties (ZF)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Flexural Properties (ZF)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Z Orientation Flexural Modulus [Msi]
Z Orientation Flexural Properties (ZF)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-11-ETW-1 3 1 9.595 0.309 0.125 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-12-ETW-2 3 1 9.710 0.306 0.124 M(C,T)AB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-13-ETW-3 3 1 9.626 0.312 0.124 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-15-ETW-4 3 1 9.192 0.308 0.124 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-11-ETW-1 3 2 9.590 0.311 0.125 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-13-ETW-2 3 2 8.621 0.310 0.124 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-14-ETW-3 3 2 8.767 0.305 0.125 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-15-ETW-4 3 2 9.771 0.312 0.124 TAB
Average 9.359 0.309 0.124
Standard Dev. 0.447 0.003
Coeff. of Var. [%] 4.773 0.820
Min. 8.621 0.305 0.124
Max. 9.771 0.312 0.125
Number of Spec. 8 8 8
Z Orientation Flexural Properties (ZF)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Flexural Properties (ZF)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Z Orientation Flexural Modulus [Msi]
Z Orientation Flexural Properties (ZF)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.12 Z(45) Flex Properties (Z45F)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-11-CTD-1 3 1 13.491 0.370 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-12-CTD-2 3 1 12.937 0.360 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-13-CTD-3 3 1 12.615 0.369 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-15-CTD-4 3 1 13.336 0.373 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-11-CTD-1 3 2 13.420 0.361 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-14-CTD-2 3 2 13.674 0.364 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-14-CTD-3 3 2 13.727 0.364 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-15-CTD-4 3 2 13.164 0.364 0.126 CAT, TAB
Average 13.296 0.366 0.126
Standard Dev. 0.377 0.005
Coeff. of Var. [%] 2.835 1.289
Min. 12.615 0.360 0.126
Max. 13.727 0.373 0.127
Number of Spec. 8 8 8
Z(45) Orientation Flexural Properties (Z45F)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Flexural Strength [ksi]
Z(45) Orientation Flexural Properties (Z45F)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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Bat
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Ru
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Z45 Orientation Flexural Modulus [Msi]
Z(45) Orientation Flexural Properties (Z45F)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-11-RTD-1 3 1 12.550 0.322 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-12-RTD-2 3 1 11.765 0.314 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-13-RTD-3 3 1 10.988 0.308 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-15-RTD-4 3 1 11.267 0.307 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-11-RTD-1 3 2 13.185 0.311 0.127 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-13-RTD-2 3 2 12.795 0.318 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-14-RTD-3 3 2 12.745 0.311 0.126 CAT, TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-15-RTD-4 3 2 12.820 0.308 0.127 CAT, TAB
Average 12.264 0.312 0.127
Standard Dev. 0.813 0.005
Coeff. of Var. [%] 6.626 1.710
Min. 10.988 0.307 0.126
Max. 13.185 0.322 0.127
Number of Spec. 8 8 8
Z(45) Orientation Flexural Properties (Z45F)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Flexural Strength [ksi]
Z(45) Orientation Flexural Properties (Z45F)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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4
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1
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Bat
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Ru
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Z45 Orientation Flexural Modulus [Msi]
Z(45) Orientation Flexural Properties (Z45F)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-11-ETW-1 3 1 10.263 0.280 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-12-ETW-2 3 1 9.581 0.278 0.127 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-13-ETW-3 3 1 9.703 0.282 0.127 TAB
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-15-ETW-4 3 1 9.858 0.276 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-11-ETW-1 3 2 9.686 0.267 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-13-ETW-2 3 2 10.157 0.285 0.127 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-14-ETW-3 3 2 10.480 0.281 0.128 TAB
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-15-ETW-4 3 2 10.452 0.285 0.127 TAB
Average 10.023 0.279 0.128
Standard Dev. 0.360 0.006
Coeff. of Var. [%] 3.591 2.064
Min. 9.581 0.267 0.127
Max. 10.480 0.285 0.128
Number of Spec. 8 8 8
Z(45) Orientation Flexural Properties (Z45F)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
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Z45 Orientation Flexural Strength [ksi]
Z(45) Orientation Flexural Properties (Z45F)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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4
0
1
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Bat
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Ru
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Z45 Orientation Flexural Modulus [Msi]
Z(45) Orientation Flexural Properties (Z45F)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.13 X Open Hole Compression Properties (XOHC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-11-RTD-1 3 1 5.773 8.245 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-12-RTD-2 3 1 5.618 7.987 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-13-RTD-3 3 1 5.334 7.687 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-15-RTD-4 3 1 5.904 8.327 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-11-RTD-1 3 2 6.087 8.660 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-13-RTD-2 3 2 5.800 8.113 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-14-RTD-3 3 2 5.854 8.220 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-15-RTD-4 3 2 5.811 8.257 0.130
Average 5.773 8.187 0.129
Standard Dev. 0.221 0.280
Coeff. of Var. [%] 3.827 3.421
Min. 5.334 7.687 0.129
Max. 6.087 8.660 0.130
Number of Spec. 8 8 8
X Orientation Open-Hole Compression Properties (XOHC)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 174 of 249
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X Orientation Open-Hole Compression Strength [ksi]
X Orientation Open-Hole Compression Properties (XOHC)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
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AM
Bat
ch #
Ru
n #
X Orientation Open-Hole Compression Strength [ksi]
X Orientation Open-Hole Compression Properties (XOHC)--RTDMeasured 1% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-11-ETW-1 3 1 4.234 5.522 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-12-ETW-2 3 1 4.048 5.267 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-13-ETW-3 3 1 4.130 5.497 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-15-ETW-4 3 1 4.185 5.402 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-11-ETW-1 3 2 4.509 5.831 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-13-ETW-2 3 2 4.226 5.599 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-14-ETW-3 3 2 4.452 5.723 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-15-ETW-4 3 2 4.398 5.672 0.129
Average 4.273 5.564 0.129
Standard Dev. 0.163 0.181
Coeff. of Var. [%] 3.815 3.258
Min. 4.048 5.267 0.128
Max. 4.509 5.831 0.129
Number of Spec. 8 8 8
X Orientation Open-Hole Compression Properties (XOHC)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 176 of 249
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AM
Bat
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Ru
n #
X Orientation Open-Hole Compression Strength [ksi]
X Orientation Open-Hole Compression Properties (XOHC)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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1
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1
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0 1 2 3 4 5 6 7
AM
Bat
ch #
Ru
n #
X Orientation Open-Hole Compression Strength [ksi]
X Orientation Open-Hole Compression Properties (XOHC)--ETWMeasured 1% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.14 Y Open Hole Compression Properties (YOHC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-11-RTD-1 3 1 8.754 12.110 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-12-RTD-2 3 1 8.678 11.913 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-13-RTD-3 3 1 8.661 12.137 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-15-RTD-4 3 1 8.968 12.388 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-11-RTD-1 3 2 8.236 11.319 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-13-RTD-2 3 2 8.344 11.584 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-14-RTD-3 3 2 8.386 11.595 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-15-RTD-4 3 2 8.682 11.880 0.127
Average 8.589 11.866 0.128
Standard Dev. 0.244 0.351
Coeff. of Var. [%] 2.846 2.954
Min. 8.236 11.319 0.127
Max. 8.968 12.388 0.129
Number of Spec. 8 8 8
Y Orientation Open-Hole Compression Properties (YOHC)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Y Orientation Open-Hole Compression Strength [ksi]
Y Orientation Open-Hole Compression Properties (YOHC)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
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0 2 4 6 8 10 12 14
AM
Bat
ch #
Ru
n #
Y Orientation Open-Hole Compression Strength [ksi]
Y Orientation Open-Hole Compression Properties (YOHC)--RTDMeasured 1% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 179 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-11-ETW-1 3 1 6.392 8.049 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-12-ETW-2 3 1 7.015 8.246 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-13-ETW-3 3 1 6.856 8.493 0.128
NTPCMP001-SY-UM9085-SDM-C-R1-YOHC-15-ETW-4 3 1 6.678 8.380 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-11-ETW-1 3 2 6.409 8.133 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-13-ETW-2 3 2 6.793 8.487 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-14-ETW-3 3 2 6.822 8.436 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-15-ETW-4 3 2 6.073 7.823 0.127
Average 6.630 8.256 0.128
Standard Dev. 0.312 0.240
Coeff. of Var. [%] 4.707 2.907
Min. 6.073 7.823 0.127
Max. 7.015 8.493 0.129
Number of Spec. 8 8 8
Y Orientation Open-Hole Compression Properties (YOHC)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 180 of 249
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Bat
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Ru
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Y Orientation Open-Hole Compression Strength [ksi]
Y Orientation Open-Hole Compression Properties (YOHC)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
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0 1 2 3 4 5 6 7 8 9
AM
Bat
ch #
Ru
n #
Y Orientation Open-Hole Compression Strength [ksi]
Y Orientation Open-Hole Compression Properties (YOHC)--ETWMeasured 1% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.15 Z Open Hole Compression Properties (ZOHC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-11-RTD-1 3 1 8.087 11.291 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-12-RTD-2 3 1 7.793 10.998 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-13-RTD-3 3 1 7.884 11.375 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-15-RTD-4 3 1 8.134 11.625 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-11-RTD-1 3 2 7.701 10.894 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-13-RTD-2 3 2 8.172 11.599 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-14-RTD-3 3 2 7.836 11.020 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-15-RTD-4 3 2 7.852 11.190 0.129
Average 7.932 11.249 0.129
Standard Dev. 0.174 0.274
Coeff. of Var. [%] 2.199 2.438
Min. 7.701 10.894 0.128
Max. 8.172 11.625 0.131
Number of Spec. 8 8 8
Z Orientation Open-Hole Compression Properties (ZOHC)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Bat
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Ru
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Z Orientation Open-Hole Compression Strength [ksi]
Z Orientation Open-Hole Compression Properties (ZOHC)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
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0
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0 2 4 6 8 10 12 14
AM
Bat
ch #
Ru
n #
Z Orientation Open-Hole Compression Strength [ksi]
Z Orientation Open-Hole Compression Properties (ZOHC)--RTDMeasured 1% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-11-ETW-1 3 1 6.499 8.349 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-12-ETW-2 3 1 6.188 7.942 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-13-ETW-3 3 1 6.396 8.188 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-15-ETW-4 3 1 6.210 7.904 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-11-ETW-1 3 2 5.898 7.591 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-13-ETW-2 3 2 6.239 7.966 0.128
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-14-ETW-3 3 2 5.987 7.674 0.127
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-15-ETW-4 3 2 6.201 7.877 0.128
Average 6.202 7.936 0.129
Standard Dev. 0.195 0.247
Coeff. of Var. [%] 3.142 3.114
Min. 5.898 7.591 0.127
Max. 6.499 8.349 0.130
Number of Spec. 8 8 8
Z Orientation Open-Hole Compression Properties (ZOHC)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 184 of 249
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1
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AM
Bat
ch #
Ru
n #
Z Orientation Open-Hole Compression Strength [ksi]
Z Orientation Open-Hole Compression Properties (ZOHC)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 1 2 3 4 5 6 7 8 9
AM
Bat
ch #
Ru
n #
Z Orientation Open-Hole Compression Strength [ksi]
Z Orientation Open-Hole Compression Properties (ZOHC)--ETWMeasured 1% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 185 of 249
4.16 Z(45) Open Hole Compression Properties (Z45OHC)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-11-RTD-1 3 1 7.252 10.288 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-12-RTD-2 3 1 7.517 10.549 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-13-RTD-3 3 1 7.196 10.266 0.131
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-15-RTD-4 3 1 7.369 10.429 0.129
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-11-RTD-1 3 2 7.108 10.065 0.133
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-13-RTD-2 3 2 7.286 10.465 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-14-RTD-3 3 2 7.418 10.402 0.131
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-15-RTD-4 3 2 7.468 10.613 0.132
Average 7.327 10.385 0.131
Standard Dev. 0.141 0.175
Coeff. of Var. [%] 1.921 1.683
Min. 7.108 10.065 0.129
Max. 7.517 10.613 0.133
Number of Spec. 8 8 8
Z(45) Orientation Open-Hole Compression Properties (Z45OHC)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 186 of 249
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Bat
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Ru
n #
Z45 Orientation Open-Hole Compression Strength [ksi]
Z(45) Orientation Open-Hole Compression Properties (Z45OHC) --RTD Measured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 2 4 6 8 10 12
AM
Bat
ch #
Ru
n #
Z45 Orientation Open-Hole Compression Strength [ksi]
Z(45) Orientation Open-Hole Compression Properties (Z45OHC)--RTD Measured 1% Offset StrengthStratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 187 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
1% Offset
Strength [ksi]
Avg.
Specimen
Thickness
[in]
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-11-ETW-1 3 1 5.486 7.070 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-12-ETW-2 3 1 5.677 7.232 0.129
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-13-ETW-3 3 1 5.878 7.306 0.130
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-15-ETW-4 3 1 5.793 7.339 0.130
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-11-ETW-1 3 2 5.349 6.791 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-13-ETW-2 3 2 5.836 7.327 0.131
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-14-ETW-3 3 2 5.325 6.797 0.132
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-15-ETW-4 3 2 5.505 7.000 0.131
Average 5.606 7.108 0.131
Standard Dev. 0.219 0.229
Coeff. of Var. [%] 3.913 3.217
Min. 5.325 6.791 0.129
Max. 5.878 7.339 0.132
Number of Spec. 8 8 8
Z(45) Orientation Open-Hole Compression Properties (Z45OHC)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 188 of 249
0
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4
0
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AM
Bat
ch #
Ru
n #
Z45 Orientation Open-Hole Compression Strength [ksi]
Z(45) Orientation Open-Hole Compression Properties (Z45OHC)--ETW Measured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 1 2 3 4 5 6 7 8
AM
Bat
ch #
Ru
n #
Z45 Orientation Open-Hole Compression Strength [ksi]
Z(45) Orientation Open-Hole Compression Properties (Z45OHC)--ETW Measured 1% Offset StrengthStratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.17 X Open Hole Tension (XOHT)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-11-CTD-1 3 1 8.026 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-12-CTD-2 3 1 7.690 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-13-CTD-3 3 1 8.361 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-15-CTD-4 3 1 8.079 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-11-CTD-1 3 2 8.115 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-13-CTD-2 3 2 8.082 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-14-CTD-3 3 2 8.443 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-15-CTD-4 3 2 7.685 0.128 AGM
Average 8.060 0.128
Standard Dev. 0.273
Coeff. of Var. [%] 3.383
Min. 7.685 0.128
Max. 8.443 0.129
Number of Spec. 8 8
X Orientation Open-Hole Tension Properties (XOHT)--CTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 190 of 249
0
1
2
3
4
0.0
1.0
2.0
3.0
0.0 1.0 2.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0
AM
Bat
ch #
Ru
n #
X Orientation Open-Hole Tension Strength [ksi]
X Orientation Open-Hole Tension Properties (XOHT)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 191 of 249
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-11-RTD-1 3 1 6.189 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-12-RTD-2 3 1 6.156 0.130 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-13-RTD-3 3 1 6.266 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-15-RTD-4 3 1 6.124 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-11-RTD-1 3 2 6.099 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-13-RTD-2 3 2 6.057 0.129 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-14-RTD-3 3 2 6.217 0.128 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-15-RTD-4 3 2 5.967 0.129 M(A,L)GM
Average 6.134 0.129
Standard Dev. 0.095
Coeff. of Var. [%] 1.549
Min. 5.967 0.128
Max. 6.266 0.130
Number of Spec. 8 8
X Orientation Open-Hole Tension Properties (XOHT)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 192 of 249
0
1
2
3
4
0.0
1.0
2.0
3.0
0.0 1.0 2.0 3.0 4.0 5.0 6.0 7.0
AM
Bat
ch #
Ru
n #
X Orientation Open-Hole Tension Strength [ksi]
X Orientation Open-Hole Tension Properties (XOHT)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 193 of 249
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-11-ETW-1 3 1 4.509 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-12-ETW-2 3 1 4.547 0.129 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-13-ETW-3 3 1 4.628 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-15-ETW-4 3 1 4.558 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-11-ETW-1 3 2 4.600 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-13-ETW-2 3 2 4.904 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-14-ETW-3 3 2 4.749 0.127 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-15-ETW-4 3 2 4.596 0.127 AGM
Average 4.636 0.128
Standard Dev. 0.130
Coeff. of Var. [%] 2.794
Min. 4.509 0.127
Max. 4.904 0.129
Number of Spec. 8 8
X Orientation Open-Hole Tension Properties (XOHT)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 194 of 249
0
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3.0
0.0 1.0 2.0 3.0 4.0 5.0 6.0
AM
Bat
ch #
Ru
n #
X Orientation Open-Hole Tension Strength [ksi]
X Orientation Open-Hole Tension Properties (XOHT)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 195 of 249
4.18 Y Open Hole Tension Properties (YOHT)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-11-CTD-1 3 1 7.632 0.128 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-12-CTD-2 3 1 8.554 0.129 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-13-CTD-3 3 1 7.569 0.128 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-15-CTD-4 3 1 10.061 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-11-CTD-1 3 2 8.070 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-13-CTD-2 3 2 8.588 0.128 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-14-CTD-3 3 2 9.874 0.128 AGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-15-CTD-4 3 2 10.113 0.129 AGM
Average 8.807 0.128
Standard Dev. 1.068
Coeff. of Var. [%] 12.126
Min. 7.569 0.127
Max. 10.113 0.129
Number of Spec. 8 8
Y Orientation Open-Hole Tension Properties (YOHT)--CTD
Strength
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AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-11-RTD-1 3 1 8.572 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-12-RTD-2 3 1 8.802 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-13-RTD-3 3 1 8.628 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-15-RTD-4 3 1 8.512 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-11-RTD-1 3 2 9.012 0.127 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-13-RTD-2 3 2 8.826 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-14-RTD-3 3 2 8.730 0.127 M(A,L)GM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-15-RTD-4 3 2 8.416 0.128 LGM
Average 8.687 0.128
Standard Dev. 0.193
Coeff. of Var. [%] 2.221
Min. 8.416 0.127
Max. 9.012 0.128
Number of Spec. 8 8
Y Orientation Open-Hole Tension Properties (YOHT)--RTD
Strength
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Run #
AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-11-ETW-1 3 1 6.160 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-12-ETW-2 3 1 6.166 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-13-ETW-3 3 1 6.304 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-15-ETW-4 3 1 6.136 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-11-ETW-1 3 2 6.144 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-13-ETW-2 3 2 6.167 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-14-ETW-3 3 2 6.141 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-15-ETW-4 3 2 6.075 0.129 LGM, LWB
Average 6.162 0.129
Standard Dev. 0.064
Coeff. of Var. [%] 1.046
Min. 6.075 0.128
Max. 6.304 0.129
Number of Spec. 8 8
Y Orientation Open-Hole Tension Properties (YOHT)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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4.19 Z Open Hole Tension Properties (ZOHT)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-11-CTD-1 (R) 3 1 5.910 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-12-CTD-2 3 1 4.504 0.130 LWB
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-13-CTD-3 3 1 4.778 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-15-CTD-4 3 1 4.807 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-11-CTD-1 3 2 4.766 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-13-CTD-2 3 2 5.007 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-14-CTD-3 3 2 4.545 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-15-CTD-4 3 2 5.301 0.129 LGM
Average 4.952 0.129
Standard Dev. 0.462
Coeff. of Var. [%] 9.331
Min. 4.504 0.127
Max. 5.910 0.130
Number of Spec. 8 8
Z Orientation Open-Hole Tension Properties (ZOHT)--CTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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Z Orientation Open-Hole Tension Properties (ZOHT)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-11-RTD-1 3 1 4.003 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-12-RTD-2 3 1 4.486 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-13-RTD-3 3 1 4.505 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-15-RTD-4 3 1 4.244 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-11-RTD-1 3 2 4.689 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-13-RTD-2 3 2 4.642 0.127 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-14-RTD-3 3 2 4.821 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-15-RTD-4 3 2 4.293 0.128 LGM
Average 4.460 0.129
Standard Dev. 0.268
Coeff. of Var. [%] 6.004
Min. 4.003 0.127
Max. 4.821 0.130
Number of Spec. 8 8
Z Orientation Open-Hole Tension Properties (ZOHT)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Open-Hole Tension Properties (ZOHT)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-11-ETW-1 3 1 3.262 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-12-ETW-2 3 1 3.227 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-13-ETW-3 3 1 3.221 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-15-ETW-4 3 1 3.095 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-11-ETW-1 3 2 3.183 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-13-ETW-2 3 2 3.318 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-14-ETW-3 3 2 3.321 0.128 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-15-ETW-4 3 2 3.092 0.129 LGM
Average 3.215 0.129
Standard Dev. 0.088
Coeff. of Var. [%] 2.751
Min. 3.092 0.128
Max. 3.321 0.130
Number of Spec. 8 8
Z Orientation Open-Hole Tension Properties (ZOHT)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z Orientation Open-Hole Tension Strength [ksi]
Z Orientation Open-Hole Tension Properties (ZOHT)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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4.20 Z(45) Open Hole Tension Properties (Z45OHT)
Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-11-CTD-1 3 1 5.823 0.132 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-12-CTD-2 3 1 6.228 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-13-CTD-3 3 1 6.079 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-15-CTD-4 3 1 6.519 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-11-CTD-1 3 2 5.382 0.132 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-13-CTD-2 3 2 5.941 0.131 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-14-CTD-3 3 2 6.225 0.132 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-15-CTD-4 3 2 5.046 0.131 LGM
Average 5.905 0.131
Standard Dev. 0.483
Coeff. of Var. [%] 8.182
Min. 5.046 0.129
Max. 6.519 0.132
Number of Spec. 8 8
Z(45) Orientation Open-Hole Tension Properties (Z45OHT)--CTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z(45) Orientation Open-Hole Tension Properties (Z45OHT)--CTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-11-RTD-1 3 1 4.460 0.132 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-12-RTD-2 3 1 4.793 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-13-RTD-3 3 1 4.670 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-15-RTD-4 3 1 5.108 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-11-RTD-1 3 2 4.874 0.133 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-13-RTD-2 3 2 4.803 0.130 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-14-RTD-3 3 2 5.002 0.131 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-15-RTD-4 3 2 5.225 0.131 LGM
Average 4.867 0.131
Standard Dev. 0.245
Coeff. of Var. [%] 5.028
Min. 4.460 0.129
Max. 5.225 0.133
Number of Spec. 8 8
Z(45) Orientation Open-Hole Tension Properties (Z45OHT)--RTD
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Open-Hole Tension Strength [ksi]
Z(45) Orientation Open-Hole Tension Properties (Z45OHT)--RTDMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #Strength [ksi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-11-ETW-1 3 1 3.604 0.133 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-12-ETW-2 3 1 3.696 0.131 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-13-ETW-3 3 1 3.836 0.132 LGM
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-15-ETW-4 3 1 4.134 0.131 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-11-ETW-1 3 2 3.428 0.133 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-13-ETW-2 3 2 4.045 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-14-ETW-3 3 2 3.712 0.129 LGM
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-15-ETW-4 3 2 4.039 0.130 LGM
Average 3.812 0.131
Standard Dev. 0.246
Coeff. of Var. [%] 6.454
Min. 3.428 0.129
Max. 4.134 0.133
Number of Spec. 8 8
Z(45) Orientation Open-Hole Tension Properties (Z45OHT)--ETW
Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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Z45 Orientation Open-Hole Tension Strength [ksi]
Z(45) Orientation Open-Hole Tension Properties (Z45OHT)--ETWMeasured Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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4.21 X V-Notch In-Plane Shear Properties (XVIPS)
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
Strength at
5% Strain
[ksi]
Ultimate
Shear
Strength [ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-11-CTD-1* 3 1 4.804 5.510 0.152 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-12-CTD-2* 3 1 3.971 6.107 0.154 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-13-CTD-3* 3 1 5.295 5.932 0.144 0.129 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-15-CTD-4 3 1 4.004 6.471 0.152 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-11-CTD-1* 3 2 4.537 6.230 0.160 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-13-CTD-2 3 2 4.340 6.870 0.160 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-14-CTD-3* 3 2 5.280 6.681 0.154 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-15-CTD-4* 3 2 5.410 6.566 0.161 0.127 ANA
Ultimate Shear Strength may not be representative of actual coupon strength for all coupons due to failure outside of the notched region
*Strength reported occurred prior to reaching 5% strain
Average 4.705 6.670 6.171 0.155 0.128
Standard Dev. 0.583 0.282 0.428 0.006
Coeff. of Var. [%] 12.387 4.231 6.941 3.680
Min. 3.971 6.471 5.510 0.144 0.127
Max. 5.410 6.870 6.681 0.161 0.129
Number of Spec. 8 2 6 8 8
X Orientation In-Plane Shear Properties (XVIPS)--CTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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X Orientation In-Plane Shear Properties (XVIPS)--CTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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X Orientation In-Plane Shear Strength [ksi]
X Orientation In-Plane Shear Properties (XVIPS)--CTDMeasured Strength at 5% Strain
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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X Orientation In-Plane Shear Properties (XVIPS)--CTDMeasured Ultimate Shear StrengthStratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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X Orientation In-Plane Shear Modulus [Msi]
X Orientation In-Plane Shear Properties (XVIPS)--CTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
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Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
Strength at
5% Strain
[ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-11-RTD-1 3 1 3.836 5.670 0.130 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-12-RTD-2 3 1 3.768 5.508 0.129 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-13-RTD-3 3 1 3.527 5.573 0.131 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-15-RTD-4 3 1 3.351 5.468 0.128 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-11-RTD-1 3 2 3.700 5.764 0.133 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-13-RTD-2 3 2 4.560 5.979 0.134 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-14-RTD-3 3 2 3.648 5.796 0.136 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-15-RTD-4 3 2 3.040 5.702 0.144 0.127 ANA
Average 3.679 5.682 0.133 0.128
Standard Dev. 0.439 0.167 0.005
Coeff. of Var. [%] 11.929 2.945 3.730
Min. 3.040 5.468 0.128 0.127
Max. 4.560 5.979 0.144 0.128
Number of Spec. 8 8 8 8
X Orientation In-Plane Shear Properties (XVIPS)--RTD
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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X Orientation In-Plane Shear Strength [ksi]
X Orientation In-Plane Shear Properties (XVIPS)--RTDMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
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AM Batch #
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4
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Bat
ch #
Ru
n #
X Orientation In-Plane Shear Strength [ksi]
X Orientation In-Plane Shear Properties (XVIPS)--RTDMeasured Strength at 5% Strain
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 218 of 249
0
1
2
3
4
0
1
2
3
0.00 0.02 0.04 0.06 0.08 0.10 0.12 0.14 0.16
AM
Bat
ch #
Ru
n #
X Orientation In-Plane Shear Modulus [Msi]
X Orientation In-Plane Shear Properties (XVIPS)--RTDMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 219 of 249
Specimen Number AM Batch #Machine
L1065 Run #
0.2% Offset
Strength [ksi]
Strength at
5% Strain
[ksi]
Modulus
[Msi]
Avg.
Specimen
Thickness
[in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-11-ETW-1 3 1 3.193 5.085 0.124 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-12-ETW-2 3 1 3.522 5.232 0.126 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-13-ETW-3 3 1 3.108 5.216 0.133 0.129 ANA
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-15-ETW-4 3 1 3.737 5.265 0.125 0.128 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-11-ETW-1 3 2 3.515 5.480 0.134 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-13-ETW-2 3 2 3.123 5.052 0.131 0.129 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-14-ETW-3 3 2 3.388 5.519 0.138 0.127 ANA
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-15-ETW-4 3 2 3.456 5.581 0.140 0.127 ANA
Average 3.380 5.304 0.132 0.128
Standard Dev. 0.223 0.200 0.006
Coeff. of Var. [%] 6.584 3.769 4.472
Min. 3.108 5.052 0.124 0.127
Max. 3.737 5.581 0.140 0.129
Number of Spec. 8 8 8 8
X Orientation In-Plane Shear Properties (XVIPS)--ETW
Strength & Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 220 of 249
0
1
2
3
4
0
1
2
3
0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0
AM
Bat
ch #
Ru
n #
X Orientation In-Plane Shear Strength [ksi]
X Orientation In-Plane Shear Properties (XVIPS)--ETWMeasured 0.2% Offset Strength
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 1 2 3 4 5 6
AM
Bat
ch #
Ru
n #
X Orientation In-Plane Shear Strength [ksi]
X Orientation In-Plane Shear Properties (XVIPS)--ETWMeasured Strength at 5% Strain
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 221 of 249
0
1
2
3
4
0
1
2
3
0.00 0.02 0.04 0.06 0.08 0.10 0.12 0.14 0.16
AM
Bat
ch #
Ru
n #
X Orientation In-Plane Shear Modulus [Msi]
X Orientation In-Plane Shear Properties (XVIPS)--ETWMeasured Modulus
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 222 of 249
4.22 X Izod Properties (XIzod) - FOR REFERENCE ONLY
Specimen Number AM Batch #Machine
L1065 Run #
Energy
[Joules]
Impact
Resistance
[Joules/
meter]
Avg.
Specimen
Thickness
[in]
Avg.
Specimen
Width at
Notch [in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-XIzod-11-RTD-1 3 1 0.240 73.846 0.128 0.499 C
NTPCMP001-SY-UM9085-SDM-C-R1-XIzod-12-RTD-2 3 1 0.264 81.231 0.128 0.500 C
NTPCMP001-SY-UM9085-SDM-C-R1-XIzod-13-RTD-3 3 1 0.263 80.183 0.129 0.500 C
NTPCMP001-SY-UM9085-SDM-C-R1-XIzod-15-RTD-4 3 1 0.238 73.231 0.128 0.502 C
NTPCMP001-SY-UM9085-SDM-C-R2-XIzod-11-RTD-1 3 2 0.309 95.077 0.128 0.498 C
NTPCMP001-SY-UM9085-SDM-C-R2-XIzod-13-RTD-2 3 2 0.274 83.537 0.129 0.501 C
NTPCMP001-SY-UM9085-SDM-C-R2-XIzod-14-RTD-3 3 2 0.274 84.308 0.128 0.500 C
NTPCMP001-SY-UM9085-SDM-C-R2-XIzod-15-RTD-4 3 2 0.238 73.231 0.128 0.502 C
Average 0.263 80.581 0.128
Standard Dev. 0.024 7.433
Coeff. of Var. [%] 9.260 9.224
Min. 0.238 73.231 0.128
Max. 0.309 95.077 0.129
Number of Spec. 8 8 8
X Orientation Izod Pendulum Impact Properties (XIzod) -- RTD
Impact ResistanceStratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 223 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35
AM
Bat
ch #
Ru
n #
X Orientation Izod Pendulum Impact Energy [Joules]
X Orientation Izod Pendulum Impact Properties (XIzod)--RTDEnergy
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 10 20 30 40 50 60 70 80 90 100
AM
Bat
ch #
Ru
n #
X Orientation Izod Pendulum Impact Resistance [Joules/meter]
X Orientation Izod Pendulum Impact Properties (XIzod)--RTDImpact Resistance
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 224 of 249
4.23 Y Izod Properties (YIzod) - FOR REFERENCE ONLY
Specimen Number AM Batch #Machine
L1065 Run #
Energy
[Joules]
Impact
Resistance
[Joules/
meter]
Avg.
Specimen
Thickness
[in]
Avg.
Specimen
Width at
Notch [in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-YIzod-11-RTD-1 3 1 0.283 87.077 0.128 0.504 C
NTPCMP001-SY-UM9085-SDM-C-R1-YIzod-12-RTD-2 3 1 0.324 100.310 0.127 0.503 C
NTPCMP001-SY-UM9085-SDM-C-R1-YIzod-13-RTD-3 3 1 0.269 82.012 0.129 0.504 C
NTPCMP001-SY-UM9085-SDM-C-R1-YIzod-15-RTD-4 3 1 0.248 75.610 0.129 0.503 C
NTPCMP001-SY-UM9085-SDM-C-R2-YIzod-11-RTD-1 3 2 0.284 87.385 0.128 0.506 C
NTPCMP001-SY-UM9085-SDM-C-R2-YIzod-13-RTD-2 3 2 0.307 93.598 0.129 0.504 C
NTPCMP001-SY-UM9085-SDM-C-R2-YIzod-14-RTD-3 3 2 0.292 89.846 0.128 0.504 C
NTPCMP001-SY-UM9085-SDM-C-R2-YIzod-15-RTD-4 3 2 0.272 82.927 0.129 0.503 C
Average 0.285 87.346 0.128
Standard Dev. 0.023 7.552
Coeff. of Var. [%] 8.235 8.646
Min. 0.248 75.610 0.127
Max. 0.324 100.310 0.129
Number of Spec. 8 8 8
Y Orientation Izod Pendulum Impact Properties (YIzod)--RTD
Impact Resistance Stratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 225 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35
AM
Bat
ch #
Ru
n #
Y Orientation Izod Pendulum Impact Energy [Joules]
Y Orientation Izod Pendulum Impact Properties (YIzod)--RTDEnergy
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 20 40 60 80 100 120
AM
Bat
ch #
Ru
n #
Y Orientation Izod Pendulum Impact Resistance [Joules/meter]
Y Orientation Izod Pendulum Impact Properties (YIzod)--RTDImpact Resistance
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 226 of 249
4.24 Z Izod Properties (ZIzod) - FOR REFERENCE ONLY
Specimen Number AM Batch #Machine
L1065 Run #
Energy
[Joules]
Impact
Resistance
[Joules/
meter]
Avg.
Specimen
Thickness
[in]
Avg.
Specimen
Width at
Notch [in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-ZIzod-11-RTD-1 3 1 0.248 74.474 0.131 0.500 C
NTPCMP001-SY-UM9085-SDM-C-R1-ZIzod-12-RTD-2 3 1 0.271 82.622 0.129 0.501 C
NTPCMP001-SY-UM9085-SDM-C-R1-ZIzod-13-RTD-3 3 1 0.257 79.077 0.128 0.502 C
NTPCMP001-SY-UM9085-SDM-C-R1-ZIzod-15-RTD-4 3 1 0.179 54.242 0.130 0.501 C
NTPCMP001-SY-UM9085-SDM-C-R2-ZIzod-11-RTD-1 3 2 0.218 65.465 0.131 0.498 C
NTPCMP001-SY-UM9085-SDM-C-R2-ZIzod-13-RTD-2 3 2 0.144 44.308 0.128 0.499 C
NTPCMP001-SY-UM9085-SDM-C-R2-ZIzod-14-RTD-3 3 2 0.246 74.545 0.130 0.499 C
NTPCMP001-SY-UM9085-SDM-C-R2-ZIzod-15-RTD-4 3 2 0.152 46.061 0.130 0.499 C
Average 0.214 65.099 0.130
Standard Dev. 0.050 15.082
Coeff. of Var. [%] 23.164 23.168
Min. 0.144 44.308 0.128
Max. 0.271 82.622 0.131
Number of Spec. 8 8 8
Z Orientation Izod Pendulum Impact Properties (ZIzod)--RTD
Impact ResistanceStratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 227 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30
AM
Bat
ch #
Ru
n #
Z Orientation Izod Pendulum Impact Energy [Joules]
Z Orientation Izod Pendulum Impact Properties (ZIzod)--RTDEnergy
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 10 20 30 40 50 60 70 80 90
AM
Bat
ch #
Ru
n #
Z Orientation Izod Pendulum Impact Resistance [Joules/meter]
Z Orientation Izod Pendulum Impact Properties (ZIzod)--RTDImpact Resistance
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 228 of 249
4.25 Z(45) Izod Properties (Z45Izod) - FOR REFERENCE ONLY
Specimen Number AM Batch #Machine
L1065 Run #
Energy
[Joules]
Impact
Resistance
[Joules/
meter]
Avg.
Specimen
Thickness
[in]
Avg.
Specimen
Width at
Notch [in]
Failure Mode
NTPCMP001-SY-UM9085-SDM-C-R1-Z45Izod-11-RTD-1 3 1 0.278 82.985 0.132 0.500 P
NTPCMP001-SY-UM9085-SDM-C-R1-Z45Izod-12-RTD-2 3 1 0.324 98.182 0.130 0.500 C
NTPCMP001-SY-UM9085-SDM-C-R1-Z45Izod-13-RTD-3 3 1 0.312 93.694 0.131 0.501 P
NTPCMP001-SY-UM9085-SDM-C-R1-Z45Izod-15-RTD-4 3 1 0.306 91.892 0.131 0.500 P
NTPCMP001-SY-UM9085-SDM-C-R2-Z45Izod-11-RTD-1 3 2 0.268 80.000 0.132 0.499 P
NTPCMP001-SY-UM9085-SDM-C-R2-Z45Izod-13-RTD-2 3 2 0.335 100.601 0.131 0.501 C
NTPCMP001-SY-UM9085-SDM-C-R2-Z45Izod-14-RTD-3 3 2 0.297 89.189 0.131 0.500 P
NTPCMP001-SY-UM9085-SDM-C-R2-Z45Izod-15-RTD-4 3 2 0.287 85.672 0.132 0.499 P
Average 0.301 90.277 0.131
Standard Dev. 0.023 7.216
Coeff. of Var. [%] 7.601 7.994
Min. 0.268 80.000 0.130
Max. 0.335 100.601 0.132
Number of Spec. 8 8 8
Z(45) Orientation Izod Pendulum Impact Properties (Z45Izod)--RTD
Impact ResistanceStratasys Certified ULTEM™ 9085 / Fortus 900mc
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 229 of 249
0
1
2
3
4
0
1
2
3
0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40
AM
Bat
ch #
Ru
n #
Z45 Orientation Izod Pendulum Impact Energy [Joules]
Z(45) Orientation Izod Pendulum Impact Properties (Z45Izod)--RTDMeasured Energy [Joules]
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
0
1
2
3
4
0
1
2
3
0 20 40 60 80 100 120
AM
Bat
ch #
Ru
n #
Z45 Orientation Izod Pendulum Impact Resistance [Joules/Meter]
Z(45) Orientation Izod Pendulum Impact Properties (Z45Izod)--RTDMeasured Impact Resistance [Joules/ meter]
Stratasys Certified ULTEM™ 9085 / Fortus 900mc
Run #
AM Batch #
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 230 of 249
5. Full Shear Stress vs. Shear Strain Curve
5.1 Dogbone X-Tension Properties (XT)
6031.33
0
2000
4000
6000
8000
10000
12000
14000
0 10000 20000 30000 40000 50000 60000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone X-Tension 0.2% Offset Strength at CTDSpecimen #: SDM-C-R1-XT-11-CTD-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 231 of 249
5445.92
0
2000
4000
6000
8000
10000
12000
0 10000 20000 30000 40000 50000 60000 70000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone X-Tension 0.2% Offset Strength at RTDSpecimen #: SDM-C-R1-XT-11-RTD-1
Data Plot Slope of Data 0.2% Offset
3855.64
0
1000
2000
3000
4000
5000
6000
7000
0 10000 20000 30000 40000 50000 60000 70000 80000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone X-Tension 0.2% Offset Strength at ETWSpecimen #: SDM-C-R1-XT-12-ETW-2
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 232 of 249
5.2 Dogbone Y-Tension Properties (YT)
7967.73
0
2000
4000
6000
8000
10000
12000
14000
0 5000 10000 15000 20000 25000 30000 35000 40000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Y-Tension 0.2% Offset Strength at CTDSpecimen #: SDM-C-R1-YT-11-CTD-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 233 of 249
6721.10
0
2000
4000
6000
8000
10000
12000
14000
0 10000 20000 30000 40000 50000 60000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Y-Tension 0.2% Offset Strength at RTDSpecimen #: SDM-C-R1-YT-11-RTD-1
Data Plot Slope of Data 0.2% Offset
5351.72
0
1000
2000
3000
4000
5000
6000
7000
8000
0 5000 10000 15000 20000 25000 30000 35000 40000 45000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Y-Tension 0.2% Offset Strength at ETWSpecimen #: SDM-C-R1-YT-11-ETW-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 234 of 249
5.3 Dogbone Z-Tension Properties (ZT)
6532.38
0
2000
4000
6000
8000
10000
12000
14000
0 5000 10000 15000 20000 25000 30000 35000 40000 45000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Z-Tension 0.2% Offset Strength at CTDSpecimen #: SDM-C-R1-ZT-11-CTD-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 235 of 249
5780.28
0
2000
4000
6000
8000
10000
12000
0 5000 10000 15000 20000 25000 30000 35000 40000 45000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Z-Tension 0.2% Offset Strength at RTDSpecimen #: SDM-C-R1-ZT-11-RTD-1
Data Plot Slope of Data 0.2% Offset
4813.65
0
1000
2000
3000
4000
5000
6000
7000
0 5000 10000 15000 20000 25000 30000 35000 40000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Z-Tension 0.2% Offset Strength at ETWSpecimen #: SDM-C-R1-ZT-11-ETW-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 236 of 249
5.4 Dogbone Z45-Tension Properties (Z45T)
5557.74
0
2000
4000
6000
8000
10000
12000
0 5000 10000 15000 20000 25000 30000 35000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Z45-Tension 0.2% Offset Strength Strength at CTDSpecimen #: SDM-C-R1-Z45-11-CTD-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 237 of 249
4904.03
0
1000
2000
3000
4000
5000
6000
7000
8000
9000
10000
0 5000 10000 15000 20000 25000 30000 35000 40000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Z45-Tension 0.2% Offset Strength at RTDSpecimen #: SDM-C-R1-Z45T-11-RTD-1
Data Plot Slope of Data 0.2% Offset
4386.43
0
1000
2000
3000
4000
5000
6000
7000
0 5000 10000 15000 20000 25000 30000 35000
Str
ess
(p
si)
Strain (micro (in/in))
Dogbone Z45-Tension 0.2% Offset Strength at ETWSpecimen #: SDM-C-R1-Z45T-11-ETW-1
Data Plot Slope of Data 0.2% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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5.5 X V-Notch In-Plane Shear Properties (XVIPS)
4003.94
6470.77
0
1000
2000
3000
4000
5000
6000
7000
8000
9000
10000
0 20000 40000 60000 80000 100000 120000
Sh
ea
r S
tre
ss
(p
si)
Shear Strain (micro in/in)
V-Notch Shear Stress vs Shear Strain at CTDSpecimen #: SDM-C-R1-XVIPS-15-CTD-4
Data Plot Slope of data 0.2% OFfset 5% Strain
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 239 of 249
3768.38
5507.73
0
1000
2000
3000
4000
5000
6000
7000
8000
9000
10000
0 20000 40000 60000 80000 100000 120000
Sh
ea
r S
tre
ss
(p
si)
Shear Strain (micro in/in)
V-Notch Shear Stress vs Shear Strain at RTDSpecimen #: SDM-C-R1-XVIPS-12-RTD-2
Data Plot Slope of Data 0.2% Offset 5% Strain
3108.19
5216.32
0
1000
2000
3000
4000
5000
6000
7000
8000
0 20000 40000 60000 80000 100000 120000
Sh
ea
r S
tre
ss
(p
si)
Shear Strain (micro in/in)
V-Notch Shear Stress vs Shear Strain at ETWSpecimen #: SDM-C-R1-XVIPS-13-ETW-3
Data Plot Slope of Data 0.2% Offset 5% Offset
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
Page 240 of 249
6. Moisture Conditioning Charts
6.1 V-Notch In Plane Shear – Smallest Sample
0.000
0.100
0.200
0.300
0.400
0.500
0.600
0.700
0.800
0.0 10.0 20.0 30.0 40.0 50.0 60.0
% M
ois
ture
Up
tak
e(T
ota
l)
Time (days)
FAA - AM EQUIVALENCY - V -Notch (D 5379)
NTPCMP001-SY-UM9085-SDM-C-R2-XVIPS-X-ETW-1,2,3
NTPCMP001-SY-UM9085-SDM-C-R1-XVIPS-X-ETW-1,2,3
6.2 Open Hole Compression – Largest Sample
0.000
0.100
0.200
0.300
0.400
0.500
0.600
0.700
0.800
0.0 5.0 10.0 15.0 20.0 25.0 30.0 35.0 40.0
% M
ois
ture
Up
tak
e(T
ota
l)
Time (days)
FAA - AM EQUIVALENCY - ASTM D6484 OHC
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-X-ETW-1
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-X-ETW-1
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-X-ETW-1
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-X-ETW-1
April 17, 2019 CAM-RP-2018-027 Rev N/C Rev N/C
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7. Moisture Loss Data
7.1 X V-Notch In-Plane Shear
X V-Notch In-Plane Shear moisture loss data not recorded due to the inability to achieve accurate data with strain gauge interference.
7.2 Dogbone Tension
Build Direction Specimen ID Weight Pre-Test (g) Weight Post-Test (g) Moisture Loss (g)
NTPCMP001-SY-UM9085-SDM-C-R1-XT-11-ETW-1 10.0439 10.0279 0.0160
NTPCMP001-SY-UM9085-SDM-C-R1-XT-12-ETW-2 9.9483 9.9271 0.0212
NTPCMP001-SY-UM9085-SDM-C-R2-XT-11-ETW-1 10.1461 10.1272 0.0189
NTPCMP001-SY-UM9085-SDM-C-R2-XT-13-ETW-2 10.1624 10.1464 0.0160
NTPCMP001-SY-UM9085-SDM-C-R1-YT-11-ETW-1 10.4222 10.4103 0.0119
NTPCMP001-SY-UM9085-SDM-C-R1-YT-12-ETW-2 10.4198 10.4071 0.0127
NTPCMP001-SY-UM9085-SDM-C-R2-YT-11-ETW-1 10.5414 10.5320 0.0094
NTPCMP001-SY-UM9085-SDM-C-R2-YT-13-ETW-2 10.5320 10.5110 0.0210
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-11-ETW-1 10.4273 10.4166 0.0107
NTPCMP001-SY-UM9085-SDM-C-R1-ZT-12-ETW-2 10.4153 10.4054 0.0099
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-11-ETW-1 10.5252 10.5172 0.0080
NTPCMP001-SY-UM9085-SDM-C-R2-ZT-13-ETW-2 10.5362 10.5263 0.0099
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-11-ETW-1 10.3881 10.3800 0.0081
NTPCMP001-SY-UM9085-SDM-C-R1-Z45T-12-ETW-2 10.3704 10.3619 0.0085
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-11-ETW-1 10.4067 10.3996 0.0071
NTPCMP001-SY-UM9085-SDM-C-R2-Z45T-13-ETW-2 10.4560 10.4508 0.0052
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7.3 Dogbone Compression
Build Direction Specimen ID Weight Pre-Test (g) Weight Post-Test (g) Moisture Loss (g)
NTPCMP001-SY-UM9085-SDM-C-R1-XC-11-ETW-1 5.3943 5.3831 0.0112
NTPCMP001-SY-UM9085-SDM-C-R1-XC-12-ETW-2 5.4029 5.3860 0.0169
NTPCMP001-SY-UM9085-SDM-C-R1-XC-13-ETW-3 5.3718 5.3486 0.0232
NTPCMP001-SY-UM9085-SDM-C-R2-XC-11-ETW-1 5.3695 5.3546 0.0149
NTPCMP001-SY-UM9085-SDM-C-R2-XC-13-ETW-2 5.3458 5.3238 0.0220
NTPCMP001-SY-UM9085-SDM-C-R2-XC-14-ETW-3 5.3594 5.3406 0.0188
NTPCMP001-SY-UM9085-SDM-C-R1-YC-11-ETW-1 5.5478 5.5368 0.0110
NTPCMP001-SY-UM9085-SDM-C-R1-YC-12-ETW-2 5.5282 5.5157 0.0125
NTPCMP001-SY-UM9085-SDM-C-R1-YC-13-ETW-3 5.5501 5.5388 0.0113
NTPCMP001-SY-UM9085-SDM-C-R2-YC-11-ETW-1 5.5467 5.5380 0.0087
NTPCMP001-SY-UM9085-SDM-C-R2-YC-13-ETW-2 5.5480 5.5390 0.0090
NTPCMP001-SY-UM9085-SDM-C-R2-YC-14-ETW-3 5.5454 5.5362 0.0092
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-11-ETW-1 5.6006 5.5932 0.0074
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-12-ETW-2 5.5824 5.5750 0.0074
NTPCMP001-SY-UM9085-SDM-C-R1-ZC-13-ETW-3 5.5918 5.5844 0.0074
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-11-ETW-1 5.6089 5.6053 0.0036
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-13-ETW-2 5.6115 5.6068 0.0047
NTPCMP001-SY-UM9085-SDM-C-R2-ZC-14-ETW-3 5.6046 5.6004 0.0042
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-11-ETW-1 5.5195 5.5107 0.0088
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-12-ETW-2 5.4987 5.4909 0.0078
NTPCMP001-SY-UM9085-SDM-C-R1-Z45C-13-ETW-3 5.5243 5.5196 0.0047
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-11-ETW-1 5.5415 5.5376 0.0039
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-13-ETW-2 5.5486 5.5444 0.0042
NTPCMP001-SY-UM9085-SDM-C-R2-Z45C-14-ETW-3 5.5569 5.5519 0.0050
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7.4 Flex
Build Direction Specimen ID Weight Pre-Test (g) Weight Post-Test (g) Moisture Loss (g)
NTPCMP001-SY-UM9085-SDM-C-R1-XF-11-ETW-1 6.2635 6.2513 0.0122
NTPCMP001-SY-UM9085-SDM-C-R1-XF-12-ETW-2 6.2633 6.2484 0.0149
NTPCMP001-SY-UM9085-SDM-C-R1-XF-13-ETW-3 6.2694 6.2539 0.0155
NTPCMP001-SY-UM9085-SDM-C-R2-XF-11-ETW-1 6.3287 6.3207 0.0080
NTPCMP001-SY-UM9085-SDM-C-R2-XF-13-ETW-2 6.3233 6.3089 0.0144
NTPCMP001-SY-UM9085-SDM-C-R2-XF-14-ETW-3 6.3290 6.3254 0.0036
NTPCMP001-SY-UM9085-SDM-C-R1-YF-11-ETW-1 6.1352 6.1254 0.0098
NTPCMP001-SY-UM9085-SDM-C-R1-YF-12-ETW-2 6.1343 6.1221 0.0122
NTPCMP001-SY-UM9085-SDM-C-R1-YF-13-ETW-3 6.1436 6.1316 0.0120
NTPCMP001-SY-UM9085-SDM-C-R2-YF-11-ETW-1 6.2097 6.1998 0.0099
NTPCMP001-SY-UM9085-SDM-C-R2-YF-13-ETW-2 6.2030 6.1945 0.0085
NTPCMP001-SY-UM9085-SDM-C-R2-YF-14-ETW-3 6.2089 6.1992 0.0097
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-11-ETW-1 6.3033 6.2963 0.0070
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-12-ETW-2 6.2641 6.2554 0.0087
NTPCMP001-SY-UM9085-SDM-C-R1-ZF-13-ETW-3 6.3657 6.3593 0.0064
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-11-ETW-1 6.3009 6.2940 0.0069
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-13-ETW-2 6.3556 6.3491 0.0065
NTPCMP001-SY-UM9085-SDM-C-R2-ZF-14-ETW-3 6.2934 6.2911 0.0023
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-11-ETW-1 6.3099 6.3049 0.0050
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-12-ETW-2 6.2846 6.2806 0.0040
NTPCMP001-SY-UM9085-SDM-C-R1-Z45F-13-ETW-3 6.2949 6.2892 0.0057
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-11-ETW-1 6.3616 6.3585 0.0031
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-13-ETW-2 6.3533 6.3461 0.0072
NTPCMP001-SY-UM9085-SDM-C-R2-Z45F-14-ETW-3 6.3537 6.3506 0.0031
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7.5 Open Hole Tension
Build Direction Specimen ID Weight Pre-Test (g) Weight Post-Test (g) Moisture Loss (g)
NTPCMP001-SY-UM9085-SDM-C-R1-XOHT-11-ETW-1 29.6538 29.5773 0.0765
NTPCMP001-SY-UM9085-SDM-C-R2-XOHT-11-ETW-1 29.3794 29.2615 0.1179
NTPCMP001-SY-UM9085-SDM-C-R1-YOHT-11-ETW-1 30.9276 30.8960 0.0316
NTPCMP001-SY-UM9085-SDM-C-R2-YOHT-11-ETW-1 30.9760 30.9477 0.0283
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHT-11-ETW-1 30.6084 30.5827 0.0257
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHT-11-ETW-1 30.7954 30.7722 0.0232
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHT-11-ETW-1 30.7324 30.7067 0.0257
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHT-11-ETW-1 30.7954 30.7712 0.0242
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7.6 Open Hole Compression
Build Direction Specimen ID Weight Pre-Test (g) Weight Post-Test (g) Moisture Loss (g)
NTPCMP001-SY-UM9085-SDM-C-R1-XOHC-15-ETW-4 44.1326 43.9906 0.1420
NTPCMP001-SY-UM9085-SDM-C-R2-XOHC-15-ETW-4 44.6497 44.5414 0.1083
NTPCMP001-SY-UM9085-SDM-C-R2-YOHC-15-ETW-4 45.9294 45.8151 0.1143
NTPCMP001-SY-UM9085-SDM-C-R1-ZOHC-11-ETW-1 46.3966 46.3507 0.0459
NTPCMP001-SY-UM9085-SDM-C-R2-ZOHC-15-ETW-4 46.2066 46.1482 0.0584
NTPCMP001-SY-UM9085-SDM-C-R1-Z45OHC-15-ETW-4 44.4992 44.4480 0.0512
NTPCMP001-SY-UM9085-SDM-C-R2-Z45OHC-15-ETW-4 46.1947 46.1597 0.0350
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8. Physical Testing
8.1 DMA Results
Tg [°C] Tg [°F] Tg [°C] Tg [°F]
NTPCMP001-SY-UM9085-SDM-C-R1-XTMA-11-RTD 178.40 353.12 188.13 370.63
NTPCMP001-SY-UM9085-SDM-C-R1-YDMA-14-RTD 178.11 352.60 187.60 369.68
NTPCMP001-SY-UM9085-SDM-C-R1-ZDMA-11-RTD 177.71 351.88 187.91 370.24
NTPCMP001-SY-UM9085-SDM-C-R1-Z45DMA-12-RTD 178.17 352.71 187.92 370.26
NTPCMP001-SY-UM9085-SDM-C-R2-XTMA-14-RTD 177.46 351.43 187.77 369.99
NTPCMP001-SY-UM9085-SDM-C-R2-YDMA-11-RTD 177.69 351.84 187.84 370.11
NTPCMP001-SY-UM9085-SDM-C-R2-ZDMA-12-RTD 177.53 351.55 188.31 370.96
NTPCMP001-SY-UM9085-SDM-C-R2-Z45DMA-13-RTD 177.87 352.17 188.45 371.21
Average 177.87 352.16 187.99 370.38
Standard Deviation 0.33 0.60 0.28 0.51
DMA Results Summary
FAA-AM SDM Equivalency DMA DryOnset Storage Modulus Peak of Tangent Delta
Sample #
Tg [°C] Tg [°F] Tg [°C] Tg [°F]
NTPCMP001-SY-UM9085-SDM-C-R1-XTMA-14-ETW 177.87 352.17 188.18 370.72
NTPCMP001-SY-UM9085-SDM-C-R1-YDMA-11-ETW 176.84 350.31 187.23 369.01
NTPCMP001-SY-UM9085-SDM-C-R1-ZDMA-12-ETW 175.22 347.40 186.85 368.33
NTPCMP001-SY-UM9085-SDM-C-R1-Z45DMA-13-ETW 176.50 349.70 187.24 369.03
NTPCMP001-SY-UM9085-SDM-C-R2-XTMA-11-ETW 177.10 350.78 187.87 370.17
NTPCMP001-SY-UM9085-SDM-C-R2-YDMA-12-ETW 176.79 350.22 187.38 369.28
NTPCMP001-SY-UM9085-SDM-C-R2-ZDMA-13-ETW 174.59 346.26 186.24 367.23
NTPCMP001-SY-UM9085-SDM-C-R2-Z45DMA-14-ETW 176.01 348.82 187.13 368.83
Average 176.37 349.46 187.27 369.08
Standard Deviation 1.06 1.90 0.59 1.07
DMA Results Summary
FAA-AM SDM Equivalency DMA WetOnset Storage Modulus Peak of Tangent Delta
Sample #
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8.4 TMA Results
NTPCMP001-SY-UM9085-SDM-C-R1-XTMA-11-RTD 53.66 Average 54.99
NTPCMP001-SY-UM9085-SDM-C-R1-YTMA-12-RTD 55.65
NTPCMP001-SY-UM9085-SDM-C-R1-ZTMA-13-RTD 55.98 St. Dev. 1.02
NTPCMP001-SY-UM9085-SDM-C-R1-Z45TMA-14-RTD 54.08
NTPCMP001-SY-UM9085-SDM-C-R2-XTMA-12-RTD 54.47
NTPCMP001-SY-UM9085-SDM-C-R2-YTMA-13-RTD 54.20
NTPCMP001-SY-UM9085-SDM-C-R2-ZTMA-14-RTD 56.50
NTPCMP001-SY-UM9085-SDM-C-R2-Z45TMA-11-RTD 55.37
TMA Results
FAA-AM SDM Equivalency TMA Dry
Coefficient of Thermal Expansion [ μm/(m·ºC) ] Sample #
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8.5 Relative Density
D792-13 Specific Gravity (Relative Density)Sample W1 W2 Water Water Density Specific Specimen SpecimenName [g] [g] Temp. [°C] at Temp. [g/cc] Gravity Density [g/cc] Density [lbm/in3]
NTPCMP001-SY-UM9085-SDM-C-R1-XDEN-11-RTD-1 2.456 0.298 22.100 0.998 1.138 1.136 0.041
NTPCMP001-SY-UM9085-SDM-C-R2-XDEN-13-RTD-1 2.532 0.404 22.200 0.998 1.190 1.187 0.043
NTPCMP001-SY-UM9085-SDM-C-R1-YDEN-12-RTD-1 2.683 0.511 22.100 0.998 1.235 1.233 0.045
NTPCMP001-SY-UM9085-SDM-C-R2-YDEN-14-RTD-1 2.686 0.522 22.200 0.998 1.241 1.239 0.045
NTPCMP001-SY-UM9085-SDM-C-R1-ZDEN-15-RTD-1 2.705 0.518 22.100 0.998 1.237 1.234 0.045
NTPCMP001-SY-UM9085-SDM-C-R2-ZDEN-11-RTD-1 2.697 0.506 22.100 0.998 1.231 1.228 0.044
NTPCMP001-SY-UM9085-SDM-C-R1-Z45DEN-12-RTD-1 2.660 0.485 22.100 0.998 1.223 1.220 0.044
NTPCMP001-SY-UM9085-SDM-C-R2-Z45DEN-13-RTD-1 2.683 0.508 22.100 0.998 1.234 1.231 0.044
AVERAGE (composite) 1.216 1.213 0.044
STANDARD DEVIATION 0.035 0.035 0.001
COEFF. OF VARIATION 2.909 2.909 2.909
Minimum 1.138 1.136 0.041
Maximum 1.241 1.239 0.045
Number of Specimens 8 8 8
9. Deviations/Test Notes
An ASTM D695 modified test fixture was used to test CTD and RTD coupons with cutouts for strain gauges. Due to buckling and/or out of plane material displacement at the cutout, a modified fixture with no gage cutouts was used for testing ETW specimens.