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Preface
The success of a textile and clothing company is essentially dependent on the quality of
its products and producers. On the main materials and sales markets, supply frequently
exceeds demand. This gives rise to intensified competition not only in the area of
pricing, but also on the quality front. As a manufacturer of brand goods and quality
products, we have found it necessary to define a uniform, state-of-the-art set of quality
assurance guidelines.
This document contains information on logistical and administrative processes and tests,
together with the required QA criteria for testing the quality of textile products and
accessories. By applying the different testing disciplines, your company will be in the
position to supply us with high-quality materials on schedule and in line with samples,
thereby contribution to the consistent quality of our ready-to-wear products.
These guidelines apply exclusively for Triumph International. Other Triumph
companies may have their own requirements and specifications, particularly in relation
to the technical supply conditions for woven and knitted fabrics.
In the future, the decisive factor in maintaining competitiveness will be the ability to
react quickly to changing market conditions, comply with QA criteria governing
materials and procedures, and meet commercial demands.
With this objective in mind, our goal is to overcome the difficult market conditions of
the future through close and trusting cooperation.
Please note that this document is intended for use exclusively in your dealings with our
company, and should not be used or reproduced for any other purpose.
Triumph International
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List of Contents
1 Technical Supply Conditions for Woven and Knitted Fabrics1.1 Preface. 1
1.2 General Conditions. 1
1.3 Profile of Product Requirements for all Shipments to Triumph International .. 2
2 Testing Manual2.1 Introduction. 3
2.2 Facilities and Apparatus.. 4
2.3 Material Inspection......... 72.4 Testing guidelines... 8
APPENDIX
1 Marking Stencil for Extensibility Tests. i
2 Instructions for Performing Spectraphotometric Tests.. ii
3 Colour Scale Cards for Checking the Colour Homogeneity of a Batch. iii
4 Fluorescent Lamp Equipment from VeriVide iv
5 Triumph Testing Protocol... vi
6 Acknowledgement (Quality and Test Requirements). xxi
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1. Technical Supply Conditions for Woven and Knitted
Fabrics
1.1 Preface
The Technical Supply Conditions specified herewith shall apply for all consignments of
materials received by Triumph.
They correspond to the Technical Conditions of Purchase for Knitted Fabricsfor knitted
fabrics in general and France Tissu Maille of May 1993.
1.2 General Conditions
1.2.1Materials must be dyed or bleached to match our colour standards as closely as
possible.
1.2.2The material finish (feel, softness, surface texture, workability when moulding and
stitching, etc.) must correspond to the approved initial sample.
1.2.3 Technical data must be recorded in a Raw Material Specification (Technical
Specification) approved by us. The current valid form is a Word.doc document
and is provided by Triumph. The filled in Word.doc form must be saved under thefile name: material number, width and suppliers name (11111-999 ABC) and
transmitted via e-mail to the respective purchaser.
Tolerance levels with respect to weight per square metre, extensibility, modulus,
and shrinkage due to washing, etc. must also be listed in the Technical
Specification and require our express approval.
1.2.4 Materials will be accepted as top quality only if the quality expectations and
performance standards can be met as stated in this manual. In the event that it is
found that any materials that have been shipped to Triumph do not conform to the
quality expectations and performance standards, Triumph may reject such
materials. The supplier is then required to promptly correct or replace such
materials with satisfactory materials.
In the case that any dispute arises over any test results, Triumph may require
further tests to be conducted to confirm the results. Triumph will arrange for such
additional testing to be conducted by one of Triumphs quality partners. If the
material is found not to conform to Triumphs performance standard the supplier
shall bear the cost of this additional testing.
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The supplier must warrant that all goods supplied to Triumph conform to
Triumphs quality expectations and performance standards. The supplier shall
fully indemnify Triumph against any goods not conforming to Triumphs
standards (for the avoidance of doubt this indemnity shall encompass loss of
profit).
Triumph reserves the right to cancel any items should any material continue to failour minimum requirements.
1.3 Profile of Product Requirements for all Shipments to Triumph
International
1.3.1 Our products normally have long lasting and direct contact to human skin. Hence
it is stipulated that no health risk may arise from use. Any substances or
treatments which might be harmful to human health are in conflict with 30
German LFGB and are prohibited.
1.3.2 Any supplier of products for Triumph is required to agree to and declare whetherthe raw materials, component parts and other things of value supplied or otherwise
delivered to Triumph comply with international requirements and the requirements
of Oeko-Tex and the REACH regulation.
1.3.3 Should no certificate Confidence in textiles tested for harmful substances
according to Oeko-Tex Standard 100 be available for a certain material, then the
criteria according to the Oeko-Tex Standard 100 must be met all the same.
1.3.4 Triumph requires that PVC (Polyvinyl Chloride) is not present in any of our raw
materials or the packaging it is delivered in. In addition, all packaging must be
BHT free. (The test for BHT should be performed in accordance with test methodASTM D4275, detection limit 5ppm).
1.3.5 It is a legal requirement that products intended for sale in Japan, do not contain
MONOFIL yarns and it is a general requirement in Triumph that Monofil is not
used in any of our raw materials that may have direct contact with the skin of a
consumer.
1.3.6 For additional information about Triumphs chemical requirements refer to the
Triumph International Vendor Information (TIVI).
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2. Testing Manual
2.1 Introduction
According to the standards work ISO 9000/EN29000 written by the European
Committee for Standardization (CEN) as a guide for quality securing, the test methods in
this manual serve to secure the quality standard.
The tests have to be conducted in the given manner by the supplier during the productionprocess and prior to the dispatch of goods, respectively, and the results have to
correspond to the values stated in the Raw Material Specification (Technical
Specification).
The documentation of the test results from the supplier is the prerequisite for an
uninterrupted proof of quality as well as for a consistent quality securing.
Where equipment is used for testing purposes, it should be calibrated on a regular basis
to ensure the accuracy and consistency of test results. This calibration normally takes
place annually.
Beside the calibration of each measuring instrument, it is important for reliable andcomparable test results to take out specimens at the prescribed stage and to spread elastic
specimens, in particular, for a given time under normal conditions.
The test methods are exclusively applied to consignment of goods. Special suitability
tests and utility tests, as applied, for example, when checking the offer, are not listed in
this manual.
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2.2 Facilities and Apparatus
The following tables in Sections 2.2.1 and 2.2.2 list the facilities and apparatus required
to perform the tests specified in the testing guidelines.
2.2.1 List of Facilities
Facilities Remarks
Dark room For colour matching.
Conditioned room
With a standard atmosphere for conditioning
and testing as specified in BS EN ISO 139.
The atmosphere should be monitored with atemperature and humidity recorder and
calibrated with a sling hygrometer.
For all physical tests:
1)
The material must be conditioned for
at least 4 hours prior testing.
2) Tests must be conducted under
standard atmospheric conditions.
2.2.2 List of Apparatus
For colour tests Remarks
Light cabinet For visual colour testing
Colourimeter -
Colour standards For visual colour testing
Sample file (colour scale cards)For visual colour testing and general
assessment of the appearance of the fabric
Manual or computerised test cardindex
-
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For assessments and measurements Remarks
Ruler Metal, calibrated
Pick glass With a pointer, 1 inch x 1 inch
Die cutter Round, able to measure weight per squaremetre.
Thickness gauge
Thickness Gauge Specifications:
Resolution = 0.01mm
Measuring Range = 10mm
Depth of Jaws = 200mm
Scale Diameter = 54mm
Measuring Pressure = 1.5N
Feeler Shape = (b) 20mm diameter
(Triumph is using Schmidt Control
Instruments model J-100)
Balance With an accuracy of 0.01g.
Fabric inspection machine
The machine must be tension free when
checking elastic fabric. Triumph is using "La
Mechanica" brand.
Microscope -
Protractor -
For physical performance tests Remarks
Tensile tester
The machine must be sited in a standard
atmosphere for conditioning and testingtextiles as specified in BS EN ISO 139.
(Triumph is using Zwick)
Washing machine With accompanying ballast material
Dryer Exhaust or condensation
Martindale abrasion tester -
Pneumatic bursting strength tester -
ICI mace snag tester -
Indelible markers -
Marking stencils For elongation and stability tests
Scissors -
Pendulum testing machine -
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For colour fastness and chemical tests Remarks
LaundrometerWith a rotational speed of 402 rpm and
prescribed temperature 2C
Xenon arc lamp For light fastness tests
Crockmeter With desized bleached cotton lawn
Perspirometers With 5kg weights
Oven, incubator or cabinet dryerCapable of maintaining a specified
temperature at 2oC
pH meter With an accuracy of 0.02 unit
AgitatorFor use when determining the pH value of
aqueous extracts of fibrous material
Mesh drying trays Non-rusting
Multifibre adjacent fabric
Type DW
All testing facilities should use multifibreadjacent fabric.
Grey scales BS EN ISO 105 A02 and BS EN ISO 105 A03
Sewing machine
Electrically operated, single needle, lock
stitch, capable of producing stitch type 301,
using white cotton thread
Balance With an accuracy of 0.0001g.
ThermometerWith a range of -10
oC to +110
oC in 1.0
oC
graduations
Timers With audible alarms.
Volumetric measuring equipment and
necessary glass ware
Including measuring cylinders, pipettes,burettes, volumetric flasks, beakers, glass
rods, Petri dishes, glass and acylic resin
plates
Steel balls Non corrodible (~6 mm in diameter)
Desiccator With a perforated plate
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2.3 Material Inspection
2.3.1 Responsibility for material inspection
Material suppliers must be able to show the quality of their material by providing
completed inspection reports together with the goods shipped to all Triumph ProductionCentres.
Production centres must carry out material inspection for each delivery upon arrival.
2.3.2 Inspection guidelines
Refer to the latest edition of Triumphs separate inspection guidelines manual.
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2.4 Testing Guidelines
All parties shall refer to the Triumph Testing Protocol in Appendix 5 for the minimum
testing requirements according to material type for bulk shipments. There are other tests
that may be required depending on fabric type which will specified by Triumph on an
individual basis.
2.4.1 Guidelines for samples for testing
Colour checking:
A small 10 x 20 cm section from each roll of material is required to check the colour
homogeneity of a particular colour batch.
Testing:
For each material type the sample quantity in Table 1 should be taken as a general
guideline for physical, colour fastness and chemical testing per item, colour and size
which may be subject to variation according to material type.
Table 1 Quantity of material required for testing
Material Type Sample Quantity
Broad width Fabric / Allover Lace 2m full width
Narrow Trimming / Lace 2m (except extra long pattern repeat)
Lace in pair design 2m per each side
Accessories (in piece form) 5 pairs or 10 pieces
Labelling:
All samples must be labelled with their material and batch number.
Note 1:To allow for correlation between the suppliers test results and the material tests
carried out by Triumph International, please note the samples below must be taken 30cm
from the fabric selvedge.
Samples to measure fabric weight. Samples to measure elongation. A straight section along the wale of certain elastane elastic fabric for testing adhesive
strength.
Samples for testing shrinkage due to washing.
Note 2:For any necessary counter checking of results by suppliers, Triumph offices or
Triumph quality partners, all samples of material must be taken from the same area or in
close proximity where the sample was taken for the original test.
2.4.2 Sample Files
Since the quality of a material does not depend entirely on its technical properties, but
also on its uniform appearance (i.e. colour and surface quality), samples must be kept
from each batch supplied.
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2.4.2.1 Continuity samples of fabrics in open width
The following sample files have proven to be most effective:
A5 sections of batches supplied are folded over such that the warp and weft of all
samples are parallel. The folded sections are then stapled in a row of overlapping
samples onto an A4 card, as shown in the example in Appendix 3. An adhesive label isapplied to the corner of each batch sample and indicated the supplier name, the Triumph
material number, the batch number and the delivery date.
2.4.2.2 Continuity samples of narrow elastic and tape, lace trimmings, embroidery,
plastic parts and metal parts
A representative sample from each batch of the materials listed above must be archived.
The samples are stapled alongside each other onto an A4 card. The delivery date, width,
and in the case of elastic materials, the mechanical extensibility values are noted under
each sample and the batch number is written beside the sample.
In this way, it is possible to trace the continuity of colour, general appearance, feel, width
and extensibility.
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2.4.3 Colour Matching Procedure
2.4.3.1 Visual Colour Matching
The following requirements must be fulfilled in order to visually match the whiteness
level or colour quality of colour batches with predefined colour standards:
a) All batches must be dyed or bleached in accordance with the colour standards
predefined by TRIUMPH INTERNATIONAL.
b) The standard colour samples must be stored in a dark location and kept free of dust.
c) The standards are in polyamid without elastane. The surface is in a dull finish, no
direction effect and with a complex structure. More details are described on the label
such as version, recipe etc.
d) All suppliers/finishing plants must set up their own dark room, the walls of which
must be a mid-grey colour ref Grey N7.
e) This dark room must have the same colour matching booth as used by TRIUMPH
INTERNATIONAL for materials testing. The lamp equipment used must also beidentical to that used by Triumph.
Note 1. The product used by Triumph is a Veri Vide industrial model with the
following fluorescent lamp equipment:
Daylight
TL 84/P15
UVB (ultraviolet ray lamp)
The fluorescent lamp and TL84/P15 tubes marked accordingly can be obtained from FA.
LESLIE HUBBLE LIMITED and are available in 600 mm and 1,500 mm lengths
(Appendix 4).The main light sources (D65 / TL84) must be changed after 2000h or latest
one year.
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2.4.3.2 Colour Matching Using Instruments
The results of different spectrophotometric systems can be correlated only if the
measuring geometry and lighting are identical. When performing spectrophotometric
tests on white samples, it must be possible to calibrate the UV proportion of the lighting
and the triplet effect must be eliminated to a great extent.
Due to the use of devices with different levels of sophistication when measuring
whiteness levels the communication between partners is often very difficult and this
results in the need for information meetings before measurements are performed.
To ensure the reliability of measurement results, all parties must adhere to a standard
measuring procedure as described in the Instructions for Performing
Spectrophotometric Tests in Appendix 2. Despite the use of an automatic, software-
based pass/fail process, the spectrophotometric results of a sample do not necessarily
reflect the visual impression.
In cases where there is doubt, it is possible to use colour scale cards (Appendix 3) to
verify a result. Colour scale cards are A4 cards onto which A5 cuttings (double-layer)
from each batch in the same notation are stapled in a row of overlapping samples in the
order in which they were supplied. When the test sample is laid alongside this row of
samples, the colourist can determine whether the colour of the test sample matches that
of the standard colour sample.
2.4.3.3 Digital Colour Communication Procedure
Refer to the latest edition of Triumphs separate colour manual.
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2.4.4 Test Criteria
The following test criteria should be selected such that the material specification, process
capability and serviceability of the materials are ensured.
2.4.4.1 Material specification Raw Material Specification (Technical Specification)
The specifications agreed for the production and acceptance of a new quality with regard
to the machine type, the yarn used, the manufacturing procedure, the technical values,
the colours, the colour consistency and the look of material must be observed in the same
way as the specifications in the Raw Material Specification.
2.4.4.2 Process capability
These criteria refer to the subsequent processing of the materials to ensure the capability
of the processes is high so that the final product produced conforms to specifications.
Working width: The working width of the fabric must be observed to ensure that
predefined patterns can be used for cutting.
Stability: The material mustremain constant in their form and size. It is quite common
for the fabric shapes to shrink (dry shrinkage) after cutting or while being handled at the
sewing machines. This results in ill-fitting garments and irregular stitching.
Flatness: The fabric must lie flat on the cutting table with even selvedges, and without
any longitudinal or transverse curling. Ripples in the fabric must also be avoided.
Distortion-free fabric: The fabric must be free of any longitudinal, transverse, or
diagonal distortion. Narrow elastic and lace must not be curved or dog-legged.
Flaw limit/identification: The maximal number of permitted flaws must not be exceeded.
Flaws should be marked without damaging the fabric.
Repeat: Repeat size must be conserved, e. g. in lace, embroidery, and fabric prints.
Ease of cutting:The condition of the fabric must be such that it can be cut without any
problems, i.e. no adhesion at the edges of the fabric shapes, no pulling of Elastane fibres
out of double-rib fabrics when cutting, and no pulling of knitted fabrics.
Wrinkling: Wrinkling should be avoided in circular-knitted materials.
Mouldability: Mould qualities should demonstrate colour-fast, wrinkle-free, bubble-freeand must be odourless.
Ease of stitching: Materials should be handled in such a way that loop damage is
avoided in the garment.
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2.4.4.3 Serviceability
These criteria refer in particular to the serviceability of a product. Customer satisfaction
with warranted or expected qualities is an important goal which cannot be emphasized
enough.
Shrinking due to washing: The material must comply with quality-specific.
Adhesive strength: The texture and finishing of double-rib fabrics must exhibit good
adhesive strength values (slippage effect) so that the elastane fibres retain their adhesion
even when exposed to fabric softeners or detergents with softening agents.
Resistance to tumble drying/pilling: The material should be resistant to tumble drying
and free of pilling.
Resistance to breakage/tearing: The material should be resistant to breakage and tearing,
even after frequent use (wash cycles).
Physiological finishing generally recognized as being safe: This refers to the exclusive
use of dyes, equipment, and finishing procedures that are generally recognized as being
safe for humans and are ecologically sound.
Fastness: The material should be fast to NOx, washing, light, colour dropout,
perspiration, chlorine, water, and friction.
Neutral odour: The material should be free of any unpleasant odours.
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2.4.5 Test Methods
2.4.5.1 Overview of test methods
Dependent on the material type and properties to be tested Triumph International has established the followi
respective Triumph Testing Code.
Assessments and Measurements
Material
typeTest Method
Triumph testing
codePerf
Compliance with Approved Samples and General
Appearance of FabricTriumph method T_F_A_T1 Same as the master
Feel and Stability of the Fabric Triumph method T_F_A_T2 Same as the master
Neutral Odour Triumph method T_F_A_T3 No detectable odou
Mouldability of Fabrics Triumph method T_F_A_T4 Global Manual
Repeat Size Triumph method T_F_M_T1 The tolerance is 5
Fabric Width Triumph method T_F_M_T2 Raw Material SpecThickness Triumph method T_F_M_T3 Raw Material Spec
Fabric Weight Triumph method T_F_M_T4 The tolerance is 5
Fabric Density Triumph method T_F_M_T5 Raw Material Spec
Seam Slippage ISO 13936-2 T_F_M_T66mm seam opening
60N for fabrics 2
120N for fabrics >
All fabrics
including
printed and
embroidered
fabric and
lace
Fabric Curling Triumph method T_F_M_T7 The degree of curli
Appearance and Manufacturing Quality of Narrow
ElasticsTriumph method T_Ac1_A_T1 Same as the master
Feel and Stability of Narrow Elastics Triumph method T_Ac1_A_T2 Same as the master
Bowing Test for Narrow Elastics Triumph method T_Ac1_M_T1 Up to 4%
Weight of Narrow Elastics Triumph method T_Ac1_M_T2 The tolerance is 5
Narrow
Elastics
Dimensions of Narrow Elastics Triumph method T_Ac1_M_T3 Raw Material Spec
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Assessments and Measurements (Continued)
Material
type
Test Method Triumph testing
codePerf
Form and Shape of PU/Fibrefill Cups Triumph method T_Ac2_A_T1 1mm deviation fr
No tolerance for th
PU/
FibrefillCups
Thickness of PU/Fibrefill Cups Triumph method T_Ac2_M_T10.5mm (for < 10m
1.0mm (for 10m
Appearance and Manufacturing Quality of Hook
and Eye TapesTriumph method T_Ac3_A_T1 Same as the master
Hook and
Eye Tapes
Dimensions of Hook and Eye Tapes Triumph method T_Ac3_M_T1Raw Material Spec
The opening of the
Form and Appearance of Bra Wires Triumph method T_Ac4_A_T1The curvature of th
wire width.
The tolerance for b
Bra Wires
Dimensions of Bra Wires Triumph method T_Ac4_M_T1 Raw Material Spec
Appearance and Manufacturing Quality of Plastic
BonesTriumph method T_Ac5_A_T1 Same as the master
Plastic Bones
Dimensions of Plastic Bones Triumph method T_Ac5_M_T1 Raw Material SpecAppearance and Manufacturing Quality of
Buckles, Slides and RingsTriumph method T_Ac6_A_T1 Same as the master
Dimensions of Buckle, Slide and Rings Triumph method T_Ac6_M_T1 Raw Material Spec
Buckles,
Slides and
Rings
Dimensions of Spirals Triumph method T_Ac7_M_T1 Raw Material Spec
Appearance and Performance of Zippers Triumph method T_Ac8_A_T1 Same as the masterZippers
Dimensions of Zippers Triumph method T_Ac8_M_T1 Raw Material Spec
Sewing
ThreadsAppearance of Sewing Threads Triumph method T_Ac9_A_T1 Same as the master
Form and Size of Motifs and Other Decorative
ItemsTriumph method T_Ac10_A_T1 Same as the master
Other
Accessories
(Motifs) Weight of Motifs and Other Decorative Items Triumph method T_Ac10_M_T1 The tolerance is 5
Stiffness and Softness of Cut Tape Triumph method T_Ac11_A_T1 Same as the masterAngle of Cutting Triumph method T_Ac11_M_T1 45o
Cut Tape
Width of Cut Tape Triumph method T_Ac11_M_T2 Raw Material Spec
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Physical Performance Tests
Property Test Method Triumph testing
codePerf
Bursting strength EN ISO 13938-2 T_F_PP1_T1
FabricLace rigid......
Lace elastic
Burn out
Open structure
Narrow materials
Bond Strength of Laminated Fabrics ASTM D 2724(modified)
T_F_PP1_T2 10N
Tensile Strength ISO 13934-1 T_F_PP1_T3 200N
Tear Strength ISO 13937-1 T_F_PP1_T4Warp: 9N
Weft: 7NTensile Strength of Rings and Sliders Triumph method T_Ac6_PP1_T5 100NSewing Thread Strength ISO 2062 T_Ac9_PP1_T6 Raw Material Spec
Resistance to Unsnapping of SnapFasteners (Poppers)
ASTM D 4846 T_Ac12_PP1_T7 Min 9N (2lbs)Max 27N (6lbs)
Strength of Bra Wire Casings to
PenetrationTriumph method T_F_PP1_T8 250N
Hook and Eye Pull Out Strength Triumph method T_Ac3_PP1_T91 hook and eye: 90
2-3 hooks and eyes
Resistance to Breakage Triumph method T_F_PP1_T10 -
Adhesive Strength of Elastane Fibres Triumph method T_F_PP1_T11 25 g, obvious or weTesting Adhesive Strength Manually
(Slippage Test)Triumph method T_F_PP1_T12 No thread must slip
Testing Adhesive Strength of Strap Elastic Triumph method T_Ac1_PP1_T13 No thread must slip
Strength
Tensile Strength of Welded Shoulder
StrapsTriumph method T_Ac1_PP1_T14
There should be no
straps at the recomm
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Physical Performance Tests (Continued)
Property Test Method Triumph testing
codePerf
Elongation test Triumph method T_F_PP2_T1 10% extensibility
Material SpecificatStretch Properties of Knitted Fabrics
Having Low PowerASTM D 2594 T_F_PP2_T2 Recovery > 85%
Stretch Properties of Fabrics Woven from
Stretch YarnsASTM D 3107 T_F_PP2_T3 Recovery > 85%
Stretch and
recoveryproperties
Manual Extensibility Triumph method T_F_PP2_T4 10% as specified
Specification.
Resistance to Pilling ISO 12945-2 T_F_PP3_T1
Woven fabrics: gra
Knitted fabrics (fila
cycles
Knitted fabrics (spu
fibres and fibre ble
Resistance to SnaggingASTM D 3939 T_F_PP3_T2 The minimum requ
Determination of Spirality (Skew) ISO 16322 T_F_PP3_T3Not more than 3%
wash.
Appearance/
surface
properties
Appearance after Washing Triumph method T_F/Ac_PP3_T4No major or notice
compared with the
Dimensional Stability ISO 5077 (modified) T_F/Ac_PP4_T1 Global Manual + RDurabilityand stability
Washing Durability Triumph method T_F/Ac_PP4_T2
There must be none- Deterioration in handl
(for labels or prints th
- Breakage
- Cracking- Peeling
- Delamination
- Colour change/damag- Distortion
For metal decorative ite
metal coating) is accept
For Rhinestone decorati
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Colour Fastness Tests
Property Test Method Triumph testing
codePerf
Colour Fastness to Light EN ISO 105-B02 T_F/Ac_CF_T1Grade 4
Colour Fastness to Rubbing EN ISO 105-X12 T_F/Ac_CF_T2Dry:grade 4 staini
Wet:grade 3 staini
Colour Fastness to Rubbing of Paper
TagsEN ISO 105-X12(modified)
T_Ac13_CF_T3Staining on the ru
Colour change of
Colour Fastness to Washing EN ISO 105-C06 T_F/Ac_CF_T4Colour change:gr
Staining: grade 4
Colour Fastness to Perspiration EN ISO 105-E04 T_F/Ac_CF_T5Colour change:gr
Staining: grade 4
Colour Fastness to Water EN ISO 105-E01 T_F/Ac_CF_T6Colour change:grStaining: grade 4
Colour Fastness to Sea Water(Swimwear)
EN ISO 105-E02 T_F/Ac_CF_T7Colour change:gr
Staining: grade 4
Colour Fastness to Chlorinated Water
(Swimwear)EN ISO 105-E03 T_F/Ac_CF_T8 Colour change:gr
Colour Change after Multiple Washing EN ISO 105-C06 T_F/Ac_CF_T9 Colour change:gr
Phenolic yellowing EN ISO 105-X18 T_F/Ac_CF_T10 Staining: grade 4
Colour Fastness to Nitrogen Oxides/Burnt
Gas Fumes
ISO 105-G01 or
ISO 105-G02
(AATCC 23).T_F/Ac_CF_T11
Colour change: gr
bare PU cups
Colour
fastness
Colour Fastness: Dye Transfer in Storage;
Paper Tags
AATCC 163, Option
1 (modified) T_Ac13_CF_T12Staining:grade 4-5
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Triumph Global Quality Manual Raw Material
Chemical Tests
Property Test Method Triumph testing
codePerf
Chemical
Reactions Corrosion Resistance Triumph method T_Ac_Ch1_T1 No corrosion
Composition Fibre Content
European
Directives
96/73/EC and
73/44/EEC.
T_F/Ac_Ch2_T1+ or 3% for blend
Where fibre conten
allowed.
*Refer to the current version of the Oeko Tex Standard and the REACH Regulation and Triumph Interna
(TIVI) for further details of chemical tests.
2.4.5.2 Catalogue of test methods
The following sections describe the purpose, apparatus, test specimen, method, reporting parameters and pe
outlined in Section 2.3.5.1.
The sections are arranged as follows:
Section 1:Assessments and Measurements
Section 2:Physical Performance Tests
Section 3:Colour Fastness Tests
Section 4:Chemical Tests
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Section 1
Assessments and Measurements
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Compliance with Approved Samples and General Appearance of Fabric
Purpose To verify that the appearance of the material is true to the originaland to evaluate the general appearance.
Test specimen The minimum requirement for the specimen size is 210 x 150 mm.
Method Compare the appearance of the test specimen with the master sample
under good lighting and on a flat clear surface.
Pay attention to the construction of the fabric and check for defects
such as cockling, stripiness, streakiness, skewness, spots or marks
etc. that will adversely affect the appearance of the fabric.
Report Provide comments on the appearance of the fabric compared to the
master sample.
Performance
standard
The fabric appearance must be the same as the master sample.
For lace: 3mm for lace ends
Revised: January 2009 T_F_A_T2
Feel and Stability of the Fabric
Purpose To verify that the handle of the material is true to the original and toevaluate the general handle.
Test specimen The minimum requirement for the specimen size is 210 x 150 mm.
Method Based on the handle of the master sample, manually assess the drape
of the fabric or the required material stability.
Pay attention to the smoothness of the fabric surface, the fabric
stability, the elasticity of volume, the feel of lace and other fabrics
and the softness of decorative picots.
Report Provide comments on the handle of the fabric compared to the mastersample.
Performance
standard
The fabric hand feel must be the same as the master sample.
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Neutral Odour
Purpose To determine if there are any odours present on the fabric as dyes,
softeners, silling finishes, packaging transport and storage may leaveunpleasant odours on textiles which will result in complaints.
Test specimen The minimum requirement for the specimen size is 210 x 150 mm.
Method Warm the test specimen in the hand to intensify any odours that are
present enabling them to be detected.
Report Provide comments on the odour of the fabric.
Performance
standard
There must not be any odours present on the fabric.
Revised: January 2009 T_F_A_T4
Mouldability of Fabrics
Purpose To determine the mouldability of new materials, new colours and
difficult materials according to the predefinition by Triumph.
Apparatus Moulding tools and appliances used in production.
Test specimen 1 metre x full width
Method The only way of determining whether a textile can be moulded
without any negative repercussions for the product itself or for
Triumph International is to attempt to mould the fabric using the
same specific moulding tools and appliances as used later on during
production.
The size of the mould sample, the number of fabric layers, the
temperature of the moulding tools and the contact time are all of
equal importance.
Test must therefore be carried out on production machines.
Report Comment on the mouldability of the material.
Performance
standard
A mould sample is approved provided the following criteria are met:
a) The desired form and mould depth have been achieved.
b) There are no wrinkles or bubbles in the cup.
c) The test specimen was not drawn into the mould form to ensure
that the predefined sample size was sufficient for the cup size.
d) No noxious fumes or unpleasant odours were produced.
e) There is no noticeable reduction in stability.
f) The colour did not change, or any changes in colour are within
defined visual or colourimetric tolerance levels.
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Repeat Size
Purpose To measure and verify that the repeat sizes of prints, lace,
embroidery and other patterned or zoned material conform tospecifications.
Apparatus Ruler
Test specimen Sample containing at least three repeats.
Method 1.Lay the sample flat on the table.
2.Identify the pattern repeat.
3.Measure the length and width of the repeat.
4.Also lay the sample flat on the top of the master sample to checkfor any distortion.
Report Report the length and width of the repeat and if there was any
distortion of the sample compared to the master sample.
Performance
standard
The tolerance is 5%.
Revised: January 2010 T_F_M_T2
Fabric Width
Purpose To measure and verify that the fabric width conforms to
specifications.
Apparatus Ruler or measuring tape.
Test specimen Test as received.
Method All Fabrics:1.Lay the sample flat on a table evenly.
2.Measure the usable width of the sample (within the stenter marks,exclude the two selvedges or the sized edges in the case of cotton
fabrics)
Note 1. Bordered embroidery line fabric, knitted circular bodice
fabric and non-elastic narrow laces (such as Volant and
Galloon lace) as well as ribbons must be measured down to
the last millimetre taking into account the tolerance levels
indicated in the Raw Material Specification or as instructed
by Triumph. It must be determined whether or not the
items are to be measured with or without decorative picots
or whether both measurements are required. This has to be
stated in the Raw Material Specification.
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Fabric Width (Continued)
Crocheted LaceThe width of crocheted lace which is scalloped at both sides can only
be measured precisely using the following method:
1.Lay the lace on a straight edge card so that the tip of the highestscallop lies exactly on the edge of the card as shown in Figure 1.
2.Using a ruler measure the width of the lace from the edge of thecard to the lip of the highest scallop on the other side.
Figure 1 Width Measurement of Crocheted Lace
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Fabric Width (Continued)
Embroidery BandFor embroidery bands such as the one in Figure 2, measure the
useable width from the highest point of the pattern side to the
innermost of the ground fabric side.
Figure 2 Width Measurement of an Embroidery Band
Report Report the fabric width (in mm).
Performance
standard
As specified in the Raw Material Specification.
The tolerance for narrow laces is 5%.
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Thickness
Purpose To measure the fabric thickness.
Apparatus Thickness gauge
Test specimen Test as received.
For fabric and spacer fabrics:Randomly cut specimens from three different locations. Three
different locations include the central part of the sample and the edge
parts 300mm from the edge. Lay the specimens flat and relax for
minimum of four hours.
Method 1.Handle the specimens carefully to avoid altering the natural stateof the material.
2.Place the specimen face side up, or otherwise specified on thethickness gauge. Gradually lower the presser foot into contact with
the specimen, taking 5 to 6 seconds to apply full pressure.
3.Read and record the thickness value.
Report Report the mean thickness (in mm).
Performance
standard
As specified in the Raw Material Specification.
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Fabric Weight
Purpose To measure and verify that the fabric weight conforms tospecifications.
Apparatus -Die cutter-Balance
Test specimen Fabric and all over lace:Randomly cut specimens from three different locations with the die
cutter. Three different locations include the central part of the sample
and the edge parts 300mm from the edge.
For embroidery and narrow fabrics:
Prepare a specimen with a length of 1m.
Method Fabric and all over lace:Weigh the specimens in grams on a balance and calculate the mass
per unit area in g/m2.
For embroidery and narrow fabrics:Weigh the specimens in grams on a balance.
Report Fabric and all over lace:Report the mass per unit area in g/m
2.
For embroidery and narrow fabrics:
Report the mass per unit length in g/m.
Performance
standard
The weight must be within the tolerance of 5%.
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Fabric Density
Purpose To determine the fabric density.
Apparatus Pick glass
Test specimen Test as received.
Method The warp ends and picks per 1 cm of woven fabric, and the courses
and wales per 10 cm of knitted fabric are determined by means of a
pick glass and a counting needle. Since the accuracy is an important
factor when measuring the density of knitted fabrics a pick glass with
lens coverage of 2.5 cm or 1 " are preferable to 1 cm glasses.
When assessing the density of twill- and atlas-woven fabrics, and of
most elastic double-rib fabrics, it is not possible to count threads or
stitches. Instead, the number of threads or stitches per pattern repeatis determined, ideally with a stereomicroscope. When counting
repeats using the magnifying lens, it is necessary to include not only
full repeats but also sections of the repeat last counted, so that the
thread or stitch count is as accurate as possible when extrapolating to
10 cm lengths. For this reason, half wales and half rows must also be
included if they can be counted.
Report Report the number of ends and picks per 10cm or the number of
courses and wales per 10cm.
Performance
standard
As specified in the Raw Material Specification.
Revised: January 2009 T_F_M_T6
Seam Slippage
Purpose To determine the resistance offered by the thread systems of woven
fabric to slippage at a sewn seam.
Apparatus CRE tensile testing machine
Test specimen As specified in ISO 13936-2.
Method Perform the test in accordance with ISO 13936-2.
Report Report the mean warp seam opening and the mean weft seam
opening (in millimetres).
Performance
standard
6mm seam opening at:
60N for fabrics 220g/m2
120N for fabrics > 220g/m2
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Fabric Curling
Purpose To evaluate the degree of fabric curling
Apparatus Protractor
Test
specimen
A square cutting of fabric measuring 150 x 150 mm.
Method 1.Allow the test specimen to relax on a flat table in standardatmosphere conditions for four hours.
2.Measure the degree of curling using a protractor at the edge of thetest specimen as shown below for all four corners.
Report Report if the degree of curling is greater or less than 90o.
Performance
standard
The degree of curling should not be more than 90o.
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Appearance and Manufacturing Quality of Narrow Elastics
Purpose To verify that the appearance of the material is true to the originaland to check for any defects.
Test specimen Test as received.
Method Perform the following checks on the specimen:
- Compare the appearance of the specimen with the original.- Check for any twisting.- Check if there are any joins per unit length- Examine for any sharp edges or tears on metal or plastic parts.
Report Provide comments on the appearance of the test specimen compared
to the master sample.
Performance
standard
The appearance must be the same as the master sample.
There must not be any twisting.
No more than 2 joins per 100m are accepted
Metal and plastic parts must not have any sharp edges or tears.
Revised: January 2010 T_Ac1_A_T2
Feel and Stability of Narrow Elastics
Purpose To verify that the handle and stability of the material is true to the
original and to evaluate the general handle.
Test specimen Test as received.
Method Manually assess the transverse stability of the elastic, in particular
the stretch of supporting elastics and wide waistbands.
Report Provide comments on the handle and stability of the test specimen
compared to the master sample.
Performance
standard
The handle and stability must be the same as the master sample
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Bowing Test for Narrow Elastics
Purpose To determine if the elastic is bowed which is defined as the deviation ofan individual pick from a straight line joining its two ends.
Apparatus Ruler
Test
specimen
Five specimens
For continuous length samples prepare specimens 500mm in length.
For pre-cut elastics test as received.
Place a mark at the centre of the specimens
Method 1. Lay the specimens on a flat surface.2. Place a rigid straight edge across the specimen, touching both ends.3. If any bowing (curving) of the specimen is observed, measure
distance a and b as shown in the below figure. Where a is the
distance (in mm) from the centre point to the rigid straight edge and
b is the distance (in mm) between the two ends of the specimen.
4. Calculate the bowing percentage as follows:
=
b
aBowing *100%
Report Report the amount of bowing (as a percentage) for each specimen and
the mean.
Performance
standard
Bowing is not normally expected but up to 4% bowing is accepted.
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Weight of Narrow Elastics
Purpose To measure and verify that the material weight conforms tospecifications.
Apparatus Balance
Test specimen Prepare a specimen with a length of 1m.
Method Weigh the specimens in grams on a balance.
Report Report the mass per unit length in g/m.
Performance
standard
The weight must be within the tolerance of 5%.
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Dimensions of Narrow Elastics
Purpose To measure and verify that the dimension of the material conform tospecifications.
Apparatus - Ruler
- Thickness gauge
Test specimen Test as received.
Method Measure the total width and body width of the specimen.
Determine the thickness using a thickness gauge at several locations
along the the specimen. This is because pre-existing contact pressure
on the pan may lead to deviations due to the softness of the material
to be tested. When laying down the pan, therefore, the lever must be
manipulated carefully and relatively slowly.
Report Report the total width, body width and thickness of the specimen (in
mm).
Performance
standard
As specified in the Raw Material Specification.
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Revised: January 2009 T_Ac2_A_T1
Form and Shape of PU/Fibrefill Cups
Purpose To verify whether the form and shape of PU or fibrefill cups are trueto the original.
Apparatus A standard set of transparent plastic cup moulds corresponding to
eachmaterial number.
Test specimen Test as received.
Method 1.Place the test specimen into the plastic cup or shot.
2.Ensure that the test specimen is evenly in contact with the plasticcup/shot and the bust point of the test specimen matches with the
bust point on the plastic cup.
3.Check the shape and the cut-out of the test specimen by examiningwhether it matches and fits exactly in the plastic cup/shot.
4.In addition, check the softness and recovery of the cups byapplying pressure to the bust point of the test specimen and
compare it to the original.
Report Report if there is any deviation of the test specimen from the plastic
cup/shot and the original.
Performance
standard
Each specimen must be true to the original and each side of the test
specimen must not deviate more than 1mm from the plastic
cup/shot.
There is no tolerance for the shoulder strap extension.
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Thickness of PU/Fibrefill Cups
Purpose To measure the thickness of PU or fibrefill cups at the bust point andcushion part.
Apparatus - Scissors- Ruler
Test specimen Test as received.
Method 1.Cut the specimen to the bust point (which corresponds to the crosson the plastic cup mould/shot).
2.Measure the thickness of the specimen at the bust point.
3.Cut the specimen at the cushion part and measure the thickness ofthe thickest part.
Report Report the thickness of the specimen at the bust point and cushion
part (in mm).
Performance
standard
The tolerance is:
0.5mm (for < 10mm)
1.0mm (for 10mm)
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Appearance and Manufacturing Quality of Hook and Eye Tapes
Purpose To evaluate the appearance of the material and to check for any
defects.
Test specimen Test as received.
Perform the following checks on the specimen:
- Check the closure to ensure whether it is not too tight or too loose.- Check the overlap to verify whether it covers the hook/eye.- Feel the hook and eye tape to check for any sharp points on the
tape.
- Check the materials used to determine whether it is the correct itemor not.
- Stretch the brushed nylon of the eye tape (if applicable) to
determine whether the brushed nylon comes away from theinterlining. (If the stability of the brushed nylon is poor, the
appearance of the eye tape will be poor after sewing.)
- Check the winding direction according to Figures 1 and 2.
Method
Figure 1 Figure 2
Report Report if there are any problems relating to the checks specified
above or if there are any other irregularities.
Performance
standard
There must be none of the above problems or irregularities found and
the appearance must be the same as the master sample.
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Dimensions of Hook and Eye Tapes
Purpose To measure the dimensions of the material to verify whether theyconform to specifications.
Apparatus Ruler
Test specimen Test as received.
Method 1.Lay the specimen on the table evenly.
2.Measure the dimensions according to the specification stated inthe Raw Material Specification.
3.Measure the length of the openings of the hook/eye parts.
Report Report the dimensions.
Performance
standard
As specified in the Raw Material Specification.
The openings of the hook and eyes must be 7 1 mm
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Form and Appearance of Bra Wires
Purpose To verify whether the form and appearance of bra wires are true tothe original.
Apparatus - Bra wire blue prints/stencils
- Ruler
Test specimen Test as received.
Method 1.Compare the shape and length of the bra wire to its approved blueprint (Figure 1).
2.Check the colour of the paint dipping of the tips to see whether
they follow the colour mentioned on the blue prints.
3.Check the width and thickness of the paint dipping to see whetherit is too thick or too thin.
Figure 1
Report Report if there are any deviations from the approved blue print.
Performance
standard
The curvature of the bra wire (tip to tip) must be wire width.
The tolerance for bra wire length is -3mm, +1mm
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Dimensions of Bra Wires
Purpose To measure the dimensions of the bra wires to verify whether theyconform to specifications.
Apparatus Caliper gauge
Test specimen Test as received.
Method Measure the width, thickness and raising height (if applicable) of the
specimen.
Report Report the width, thickness (in mm) and raising height (if
applicable).
Performance
standard
As specified in the Raw Material Specification.
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Appearance and Manufacturing Quality of Plastic Bones
Purpose To evaluate the appearance of the material and to check for anydefects.
Test specimen Test as received.
Method Perform the following checks on the specimen:
- Check the colour of the specimen to ensure that it is colourless.- Compare the hardness of the specimen to previous deliveries or
the master sample.
- Feel the specimen to check for any sharp points.
Report Report if there are any problems relating to the checks specified
above or if there are any other irregularities.
Performance
standard
The appearance must be the same as the master sample.
Revised: January 2009 T_Ac5_M_T1
Dimensions of Plastic Bones
Purpose To measure the dimensions of the material to verify whether they
conform to specifications.
Apparatus Caliper gauge
Test specimen Test as received.
Method Measure the length, width and thickness of the specimen.
Report Report the length, width and thickness of the specimen (in mm).
Performance
standard
As specified in the Raw Material Specification.
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Appearance and Manufacturing Quality of Buckles, Slides and Rings
Purpose To evaluate the appearance of the material and to check for anydefects.
Test specimen Test as received.
Method Perform the following checks on the specimen:
- Check the colour approval of the specimen to ensure it matchesthe samples from the previous deliveries or the master sample.
- Feel the specimen to check for any sharp points.
Report Report if there are any problems relating to the checks specified
above or if there are any other irregularities.
Performance
standard
The appearance must be the same as the master sample.
Revised: January 2009 T_Ac6_M_T1
Dimensions of Buckle, Slide and Rings
Purpose To measure the dimensions of the material to verify whether they
conform to specifications
Apparatus Caliper gauge
Test specimen Test as received.
Method Measure the length, width and thickness of the specimen.
Report Report the length, width and thickness of the specimen (in mm).
Performance
standard
As specified in the Raw Material Specification.
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Dimensions of Spirals
Purpose To measure the dimensions of the material to verify whether theyconform to specifications.
Apparatus Caliper gauge
Test specimen Test as received.
Method Measure the length, width and thickness of the specimen.
Report Report the length, width and thickness of the specimen (in mm).
Performance
standard
As specified in the Raw Material Specification.
Revised: January 2009 T_Ac8_A_T1
Appearance and Performance of Zippers
Purpose To evaluate the appearance and function of the material.
Test specimen Test as received.
Method Perform the following checks on the specimen:
- Check the colour of the cotton cloth and the zipper head.- Check the performance of the specimen by pulling the zipper up
and down several times.
Report Report if there are any problems relating to the checks specified
above or if there are any other irregularities.
Performance
standard
The appearance and performance must be the same as the master
sample.
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Dimensions of Zippers
Purpose To measure the dimensions of the material to verify whether theyconform to specifications.
Apparatus Ruler
Test specimen Test as received.
Method 1.Measure the length of the zipper the distance between the topstop and the bottom stop and the distance after the top and after
the bottom stop.
2.Measure half the width of the zipper at the bottom.
Report Report the length and width of the specimen.
Performance
standard
As specified in the Raw Material Specification.
Revised: January 2009 T_Ac9_A_T1
Appearance of Sewing Threads
Purpose To verify that the appearance of the material are true to the original
Test specimen Test as received.
Method Perform the following checks on the specimen:
- Check the colour of the thread and suppliers colour code.- Check the appearance and evenness of the thread compared with
the original.
- Check the hairiness of the thread, the number of protruding hairsshould be minimal.
- Check whether the thread can be unwound smoothly.
Report Report if there are any problems relating to the checks specified
above or if there are any other irregularities.
Performance
standard
The appearance must be the same as the master sample.
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Form and Size of Motifs and Other Decorative Items
Purpose To verify that the form and size of motifs and other decorative itemsconform to specifications.
Test specimen Test as received.
Method Perform the following checks on the specimen:
- Check the design and colour of the specimens.- Since the size, form, and design of motifs can vary greatly, and it
generally comes down to the length of their lateral side and the
size of their angle, the only option for testing motifs is to use
stencils. The motif is laid on top of the stencil and checked for
compliance.- Feel the specimen to check for any sharp points.
Report Report if there are any problems relating to the checks specified
above or if there are any other irregularities.
Performance
standard
The form and size must be the same as the master sample.
Revised: January 2009 T_Ac10_M_T1
Weight of Motifs and Other Decorative Items
Purpose To measure and verify that the material weight conforms to
specifications.
Apparatus Balance
Test specimen Test as received.
Method 1.Prepare three pieces of the sample.
2.Measure the weight of the three pieces.
3.Calculate the average weight.
Report The average weight (in grams per piece).
Performance
standard
The weight must be within the tolerance of 5%.
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Revised: January 2009 T_Ac11_A_T1
Stiffness and Softness of Cut Tape
Purpose To verify that the handle and stability of the material is true to the
original.
Test specimen Test as received.
Method Check the stiffness and softness of the tape. The tape should not be
too soft or curling.
Report Provide comments on the stiffness and softness of the test specimen
compared to the master sample.
Performance
standard
The handle must be the same as the master sample
Revised: January 2009 T_Ac11_M_T1
Angle of Cutting
Purpose To measure the angle of cutting of bias cut tape.
Apparatus Protractor
Test specimen Bias cut tape.
Method For bias cut tape check the angle of cutting by a protractor.
Report Report the angle of the cutting (in degrees).
Performance
standard
The angle must be 45o
Revised: January 2009 T_Ac11_M_T2
Width of Cut Tape
Purpose To measure and verify that the width of the material conform to
specifications.
Apparatus Ruler
Test specimen Test as received.
Method Measure the width of the tape.
Report Report the width of the specimen (in mm).
Performance
standard
As specified in the Raw Material Specification.
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Section 2
Physical Performance Tests
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Revised: January 2010 T_F_PP1_T1
Bursting Strength
Purpose To determine the bursting strength of textile fabrics.
Apparatus Bursting strength tester (pneumatic)
Test specimen As specified in EN ISO 13938-2.
Method Perform the test in accordance with EN ISO 13938-2.
Take measurements from three areas on the test specimen.
Diaphragm test area: 50cm2(79.8 mm diameter)
Narrow materials 100mm width: 7.3cm2(30.5 mm diameter)
Report Report the mean bursting strength, in kilopascals of the weakest area.
Report the make and model of bursting tester used.
Performance
standard
The bursting strength of material should be above the following
figures.
Fabric 120 kPa
Lace rigid......... 70 kPa
Lace elastic... 70 kPa
Burn out 70 kPa
Open structure70 kPa
Narrow materials 100mm width: 120kPa
Revised: January 2009 T_F_PP1_T2
Bond Strength of Laminated Fabrics
Purpose To determine the bond strength of laminated fabrics.
Apparatus Tensile testing machine
Test specimen As specified in ASTM D 2724 (modified). The specimen width
should be 50mm.
Method Perform the test in accordance with ASTM D 2724 (modified) using
a test rate of 100mm/min.
Report Report the bond strength (in newtons).
Performance
standard
10N
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Revised: January 2009 T_F_PP1_T3
Tensile Strength
Purpose To determine the maximum force and elongation at maximum forceof textile fabrics using a strip method.
Apparatus CRE tensile testing machine
Test specimen As specified in ISO 13934-1.
Method Perform the test in accordance with ISO 13934-1.
Report Report the:
The mean maximum force and, if required, of the force at rupture in
newtons.
The mean elongation at maximum force and, if required, of the
elongation at rupture in, in percent.
Performance
standard
200N
Revised: January 2009 T_F_PP1_T4
Tear Strength
Purpose To determine the tear force of textile fabrics.
Apparatus Pendulum testing machine
Test specimen As specified in ISO 13937-1.
Method Perform the test in accordance with ISO 13937-1.
Report Report the mean tear force across warp and weft (in newtons).
Performance
standard
Warp: 9N
Weft: 7N
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Revised: January 2009 T_Ac6_PP1_T5
Tensile Strength of Rings and Sliders
Purpose To assess the tensile strength of rings and sliders.
Apparatus Tensile testing machine with the following parameters:
- Gauge length: 100mm
- Test rate: 200mm/min
For unattached rings and sliders: 100% cotton twill woven tapein
widths appropriate to the internal width of the ring or slider
Impact resistant safety glasses or goggles (must be worn during
testing)
Test specimen Test as received.
Method 1.Set up the tensile testing machine to the required parameters.
2.For unattached rings and sliders loop one piece of theappropriately sized tape through the specimen and clamp both
ends of the tape in the top jaw.
3.Loop the second piece of tape through the specimen and clamp thetwo ends in the bottom jaw. Ensure that the specimen is mounted
centrally and vertically in the jaws ensuring that no tension is
applied.
4.Start the test and measure the load required to break the testspecimen.
Repeat the procedure for the remaining two specimens using new
pieces of tape.
Report Report the average load value or break point.
Performance
standardThe tensile strength should be >100N
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Revised: January 2009 T_Ac9_PP1_T6
Sewing Thread Strength
Purpose To determine breaking force and elongation at break of sewing
threads taken from packages.
Apparatus CRE tensile testing machine
Test specimen As specified in ISO 2062.
Method Perform the test in accordance with ISO 2062.
Report Report the:
The mean breaking force (in centi-Newtons).
The mean elongation at break (as a percentage).
Performance
standard
As specified in the Raw Material Specification
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Revised: January 2009 T_Ac12_PP1_T7
Resistance to Unsnapping of Snap Fasteners (Poppers)
Purpose To determine the force required to disengage snap fasteners by a pull
perpendicular to and parallel with the plane of the snap fastener.
Apparatus Tensile testing machine
Aluminium plate
Test specimen As specified in ASTM D 4846.
Method Perform the test in accordance with ASTM D 4846.
Report Report the load at the point the snap fastener disengages (in
newtons).
Performance
standard
Min 9N (2lbs)
Max 27N (6lbs)
Revised: January 2010 T_F_PP1_T8
Strength of Bra Wire Casings to Penetration
Purpose To determine the strength of bra wire casing fabrics to penetration.
Apparatus Tensile testing machine with the following parameters:
- Test rate: 100mm/min
- Gauge length: 50mm(Measure between the bottom of the upper jaw and the
top of the pin penetration apparatus)
Pin penetration attachment (as shown in Figure 1) with the
following dimensions:Height: 85mm
Width: 75mm
Thickness: 5mm
Length of pin: 8mmDiameter of pin: 2.5mm (flat tip)
Test specimen Three specimens of bra wire casing fabric, 300mm in length
- Tubular:slit the inside fabric down the centre without damagingthe outer cover.
- Open width:test the lining tape if it is to be used.
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Revised: January 2010 T_F_PP1_T8
Strength of Bra Wire Casings to Penetration (Continued)
Method 1. Set up the tensile testing machine to the required parameters and
place the pin penetration attachment in the lower jaw clamp.
2. Thread the specimen through the open slot of the pin penetration
apparatus, over the end of the metal pin. The outer cover should
face out.
3. Take the two loose ends of the test specimen align and clamp into
the top jaw of the tensile testing machine ensuring that it is aligned
centrally and vertically and that no tension is applied.
4. Start the test and measure the load required to penetrate the test
specimen.
Report Report the load (in newtons) required to penetrate the bra wire
casing.
Performance
standard
250N
Figure 1 Pin Penetration Attachment
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Revised: January 2010 T_Ac3_PP1_T9
Hook and Eye Pull Out Strength
Purpose To determine the load required to pull out hook and eyes.
Apparatus Tensile testing machine with the following parameters:
- Gauge length: depending on the size of the hook/eye tape
- Test rate: 500mm/min
Hook and eye pull out attachment (as shown in Figure 1). For
information on the dimensions of the attachment contact Triumph or
Triumphs Quality Partners.
Test specimen Hook and eye tapes attached to garments or securely sew the hook
and eye to 100% cotton twill woven tapein widths appropriate to the
width of the hook and eye.
Method 1.Place the hook/eye side in the bottom jaw grip; align the top of thegrip with the bottom of the tape.
2.Place the attachment centrally in the top grip.
3.Position the specimen in the hook/eye part of the attachment.Extend the specimen to the pull out point.
4.Repeat steps 1-3 above for the eye side.
Report Report the load (in newtons) at the smallest, middle and largest
settings for multiple hook and eye fasteners.
Performance
standardThe minimum requirements for:
1 hook and eye: 90N (20lbs)
2-3 hooks and eyes:160N (35lbs)
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Revised: January 2010 T_Ac3_PP1_T9
Hook and Eye Pull Out Strength (Continued)
Figure 1 Hook and Eye Attachment
Side View
Front View
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Revised: January 2009 T_F_PP1_T10
Resistance to Breakage
Purpose Resistance to breakage is an important property for delicate fabrics in
open width, lace and embroidery.
Method This test is very subjective and the decision as to whether the
material is sufficiently resistant or too weak is based entirely on
experience and comparison.
There are two types of manual test:
a)
Tear Test
Both sides of the test sample are grasped between the thumb and
the index finger and an attempt is made to tear the fabric without
pulling it apart.
b)
Thumb Test
The test sample is grasped as described in (a) and an attempt is
made to penetrate the fabric with the thumb.
Revised: January 2009 T_F_PP1_T11
Adhesive Strength of Elastane Fibres
Purpose In many types of elastane elastic double-rib fabrics, the elastanefibres are simply worked into the fabric as vertical fibres without any
interlinking or reinforcement.
These fibres can be easily pulled out of the knitted bond when cutting
or punching, particularly with small pieces of fabric. When handling
finished pieces, the elastane fibres are under considerable stress, and
may work themselves out of the stitched seam.
Experience has shown that delicate fabrics in particular, but also
fabrics with additional cotton wrap threads, are particularly
susceptible to this pulling-out effect. It is therefore essential to test
the adhesive strength of elastane fibres.
Apparatus Tensile testing machine with the following parameters:
- Gauge length: 100mm
- Test rate: 100mm/min
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Revised: January 2009 T_F_PP1_T11
Adhesive Strength of Elastane Fibres (Continued)
Test specimen The test specimen as illustrated in Figure 1 must be prepared as
follows:
-Length:approximately 240mm along the direction of the elastanefibres
-Width:50mm along the grain.
The elastane fibres must be exposed so that they can be pulled out
from the bottom of the fabric towards the top. The sample area
should consist of 10 elastane fibreswhich are used as follows:
1st, 4
th, 7
thand 10
thfibres are used for adhesive strength tests.
2nd
, 3rd
, 5th
, 6th
, 8th
and 9th
fibres are cut away.
Figure 1 Preparation of the test specimen
Method 1.Clamp the test specimen in the jaws of the tensile testing machinewith one elastane fibre secured in the drawing clamp.
2.Pull the elastane fibre out of the knitted bond at a speed of100mm/min.
3.Repeat the procedure for the remaining three elastane fibres.
Report Print the results achieved at the end of each set of tests showing the
graph with four curves ending with multiple peaks as shown below.
Analyse the following properties on the curves:
a) The first drop in stress >1g of each elastane fibreb) The characteristics of the spike curve.
Interpretation of the curves on the graphs:
a) The higher the first spike, the better the adhesive strength.b) The sharper the curve spikes, the better the adhesive strength
(obvious stop and go effect).
The following figures show the how the resulting graphs are to be
interpreted and characterised.
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Revised: January 2009 T_F_PP1_T11
Adhesive Strength of Elastane Fibres (Continued)
Figure 1 High adhesive strength with obvious stop and go effect, ideal
Figure 2 High adhesive strength with weak stop and go effect, stillacceptable
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Revised: January 2009 T_F_PP1_T11
Adhesive Strength of Elastane Fibres (Continued)
Figure 3 Low adhesive strength with medium stop and go effect, not
acceptable
Figure 4 Low adhesive strength with no stop and go effect, unacceptable
Performance
standard
The adhesive strength of the elastane fibre must be at least 25 g and
must display an obvious or weak stop and go effect.
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Revised: January 2009 T_F_PP1_T12
Testing Adhesive Strength Manually (Slippage Test)
Purpose To test the adhesive strength of fabrics.
Apparatus Sewing machine
Soap solution Soap: Grained laundry soap, greenManufacturer: Wilhelmtalwerke, Aachen
Available from: Zschimmer & Schwarz
Max-Schwarz-Strasses 4-5
56112 Lahnstein
Soap solution: 40g of grained laundry soap per litre
Test specimen The test specimen must be prepared as follows:
-Length:250mm-Width:100mm
1. Fold the 250mm specimen in half and cut it into two pieces of
exactly 125mm in length.
2. Sew the two pieces back together in a single needle lock stitch
seam approximately 5mm from the edge of the cut.
Note 1. The seam size must be observed, since it is crucial to the
accuracy of the test results.
Note 2. A stitch length of exactly 7 stitches per cm must also be used
and the thread tension set such that the stitch is drawn into
the middle of the fabric volume and there is no gathering in
the seam.Note 3. The seam must be stitched using a cotton thread with a
polyester core (Nm 80/2).
Method 1.Steep the test specimen in the soap solution for two minutes.
2.Manually jerk the test specimen to the stretch limit 10 times (asmuch as it will go).
It is important to ensure that the test specimen is held across the
full width.
3.Rinse the sample under running water.
Report If it is observed that the individual fibres have recoiled, it must be
verified whether they were unhooked by the needle, or whether they
are no longer present in the 5mm seam. The latter case indicates
actual fibre recoil.
Performance
standard
No thread must slip out of the seam unit.
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Revised: January 2009 T_Ac1_PP1_T13
Testing Adhesive Strength of Strap Elastic
Purpose To test the adhesive strength of strap elastic.
Apparatus - Sewing machine
- Washing machine
- Fatigue testing device(free clamping length 100mm, lifting height 60mm)
Soap solution Soap: Grained laundry soap, green
Manufacturer: Wilhelmtalwerke, Aachen
Available from: Zschimmer & Schwarz
Max-Schwarz-Strasses 4-5
56112 Lahnstein
Soap solution: 40g of grained laundry soap per litre
Test specimen The test specimen must be prepared as follows:
-Length:250mm
1. Fold the 250mm specimen in half and cut it into two pieces of
exactly 125mm in length.
2. Sew the two pieces back together in a zig zag seam approximately
10mm overlap of the strap ends.
Note 1. A stitch length of exactly 4 stitches per cm and an overstitch
width of 3mm must also be observed. The thread tension
must be set such that the stitch is drawn into the middle ofthe overlapping straps and the strap is not gathered in the
seam.
Note 2. The seam must be stitched using a cotton thread with a
polyester core (Nm 80/2).
Method Method 1 Soap Test1.Steep the test specimen in the soap solution for two minutes.
2.Manually jerk the test specimen to the stretch limit 10 times (asmuch as it will go).
It is important to ensure that the test specimen is held across thefull width.
3.Rinse the sample under running water.
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Revised: January 2009 T_Ac1_PP1_T13
Testing Adhesive Strength of Strap Elastic (Continued)
Method 2 Fatigue Test
1.Wash the specimen in a washing machine at 60oC with a measureof heavy duty detergent. Fill the softener compartment of the soap
drawer with an appropriate dose of fabric softener. Do not include
a spin cycle in the wash so that the strap is tested when wet.
2.Move the mobile clamp of the fatigue testing device to the top liftposition, which corresponds to a clamping length of 160mm.
3.After washing clamp the wet test specimen in the fatigue testingdevice so that the seam is located in the middle between the two
clamps.
4.Stretch the specimen to the maximum manual extensibility limit.
5.Subject the specimen to 30,000 extension cycles.
Report If it is observed that the individual fibres have recoiled, it must be
verified whether they were unhooked by the needle, or whether they
are no longer present in the 5mm seam. The latter case indicates
actual fibre recoil.
Performance
standard
No thread must slip out of the seam unit.
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Revised: January 2010 T_Ac1_PP1_T14
Tensile Strength of Welded Shoulder Straps
Purpose To assess the tensile strength of welded shoulder straps.
Apparatus Pneumatic testing device(as shown in Figure 1).
- Air pressure: Standard 6.5 bar- Electric power: 230V before transformer
Figure 1 Pneumatic Testing Device
Test
specimen
Test as received
Method 1.Adjust the air pressure according to the width of the shoulder strap. (The
recommended values are shown in Table 1.)2.Hang the slide onto the Slide Adaptor and lay flat the shoulder strap
between the Clamping Cylinder and press down the Clamping Valve
3.With the other hand push down the Stretching Valve while theClamping Valve is still pressed down.
4.Stretch the strap four times repeatedly.
Report Report if the welded shoulder strap broke during testing or not.
Performance
standard
There should be no breakage of the welded shoulder straps at the
recommended air pressure.
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Revised: January 2010 T_F_PP2_T1
Elongation Test
Purpose To assess the extensibility of textile materials.
Definitions Extensibility:extension at a specified force
Modulus:force at specified values of extension
Apparatus Tensile testing machine with the following parameters:
- Gauge length: 100mm
- Preload: 1% of the constant force
- Test rate: 500mm/min
- Extensometer (strain): gauge length