DyneonTM Fluoropolymers - 3M Global Gateway Page

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www.dyneon.com

DyneonTM FluoropolymersFor the toughest jobs in chemical processing

DEFY THE ORDINARY.

A 3M Company

www.dyneon.com

Printed in USA. 98-0504-1393-3

Issued: 10/01. All rights reserved.

Dyneon, TFM and Dynamar aretrademarks of Dyneon.

© Dyneon 2001

Imaginative fluoropolymersolutions

Dyneon Customer Service

Europe Phone: 00 800 396 366 27Fax: 00 800 396 366 39

Italy Phone: 00 800 7 910 18Fax: 00 800 7 910 19

USA Phone: +1 800 810 8499Fax: +1 800 635 8061

Dyneon LLC

6744 33rd Street NorthOakdale, MN 55128Toll Free: +1 800 723 9127Phone: +1 651 733 5353Fax: +1 651 737 7686

Dyneon LLC

50 Milton DriveAston, PA 19014-2293Phone: +1 610 497 8899Fax: +1 610 497 7050

Dyneon GmbH & Co. KG

Werk GendorfD-84504 BurgkirchenGermanyPhone: +49 8679 7 4709Fax: +49 8679 3992


Werk KelsterbachD-65444 KelsterbachGermanyPhone: +49 6107 772 516Fax: +49 6107 772 517


Hammfelddamm 11D-41460 NeussGermanyPhone: +49 2131 14 2265Fax: +49 2131 14 3857

Dyneon N.V.

Canadastraat 11, Haven 1005B-2070 ZwijndrechtBelgiumPhone: +32 3 250 7537Fax: +32 3 250 7905


UK Branch OfficeP.O. Box 1, 3M HouseMarket PlaceBracknellBerkshire RG12 1JUUnited KingdomPhone: +44 13 44 429675Fax: +44 13 44 427904


Succursale FranceBoulevard de l’Oise, Tour 3MF-95006 Cergy Pontoise CedexFrancePhone: +33 1 3031 6611Fax: +33 1 3031 6613


Sede Secondaria ItaliaVia San Bovio, 3Milano San FeliceI-20090 Segrate (MI)ItalyPhone: +39 02 7035 3206-7Fax: +39 02 7035 3208

Sumitomo 3M Limited

33-1 Tamagawadai 2-ChomeSetagaya-ku, Tokyo158 JapanPhone: +81 3 3709 8111Fax: +81 3 3709 8743

3M China Limited

10/F, New Town Mansion55 Lou Shan Guan RoadShanghai 200335P.R.C.Phone: +86 21 6275 3535Fax: +86 21 6275 2343

At Dyneon, our goal is to provide youwith design solutions to make your jobeasier – helping you solve problems nowso that you can avoid problems downthe road.

Whatever your challenge, you can counton Dyneon to respond with dependable,high-performance fluoropolymer products.By working directly with our customersand exploring new technologies, you canbe sure that our fluoropolymers will notonly meet today’s needs, but futuredesign requirements as well.

Our worldwide commitmentto quality

Indicative of our commitment, all Dyneondesign, development, production andservice facilities have achieved a globalISO 9001 quality management certifica-tion. Additionally, our Decatur, Alabamasite and the remote functions in Oakdale,Minnesota have achieved a QS-9000certification for our quality managementsystem. The Decatur, Alabama and allGermany locations, as well as the pro-duction facilities at Antwerp, Belgiumhave also received ISO 14001 certifica-tion for their environmental managementsystem. And, our Aston, PennsylvaniaPTFE custom compounding facility hasA2LA accreditation for its quality controllaboratory.

A 3M Company

Important notice & test data:

Because conditions of product use are outside Dyneon’s control and vary widely, user must evaluate and determine whether a Dyneon productwill be suitable for user’s intended application before using it. The following is made in lieu of all express and implied warranties (including

warranties of merchantability and fitness for a particular purpose): If a Dyneon product is proved to be defective, Dyneon’s only obliga-

tion, and user’s only remedy, will be, at Dyneon’s option, to replace the quantity of product shown to be defective when user received

it or to refund user’s purchase price. In no event will Dyneon be liable for any direct, indirect, special, incidental, or consequential loss

or damage, regardless of legal theory, such as breach of warranty or contract, negligence, or strict liability.

Technical information, test data, and advice provided by Dyneon personnel are based on information and tests we believe are reliable and areintended for persons with knowledge and technical skills sufficient to analyze test types and conditions, and to handle and use raw polymers and related compounding ingredients. No license under any Dyneon or third party intellectual rights is granted or implied by virtue of this information.

The Dyneon Product Portfolio:

Dyneon™

PTFE & Custom Compounds

Dyneon™

PFA, ETFE, FEP, THV, HTE Fluorothermoplastics

Dyneon™

Fluoroelastomers

Dynamar™

Polymer Processing Additives

Dynamar™

Elastomer Additives

Dyneon™

Monomers

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CLIENT: Grant/JacobyQuark File: Q54442A.qxdDESC: Dyneon Fluoropolymers 16 pgBrochureBLEED: 16.75" x 11.25"TRIM: 16.5" x 11"LIVE: 16.5" x 11"CSR: T Kelly

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2www.dyneon.com

From critical process flow to harshdown-hole environments, DyneonTM

fluoropolymers have earned a reputation for performing where other materials fail. Processors, equipmentdesigners and component supplierschoose Dyneon fluoropolymers for their consistency, quality andprocessability.

Dyneon fluoropolymers help extendthe life of your capital equipment. They are capable of withstanding corrosive chemicals, temperatureextremes (-200°C to 260°C), aging, and physical wear and tear.

Universal base, acid, hydrocarbon,alcohol, and steam resistance makeDyneon fluoropolymers the materialsof choice for chemical contact in arange of industries -- oil & gas, pulp & paper, petrochemical, food,pharmaceutical, biotechnology andsemiconductor.

Dyneon offers a broad product family of fluoropolymers, allowing our technical experts to help youselect the right material for yourapplication requirements. Dyneon,a 3M company, places the resourcesof a global leader behind 40 years offluoropolymer specialization andinnovation.

The fluoropolymers that protect your investment Chemical Resistance

(Aging Duration of 1000 Hours)

Chemicals Concen. Temp. PTFE PFA FEP ETFE THV HTE &TFMTM 500 1705

% °C PTFE

Bases Ammonia 25 23 ✚ ✚ ✚ n/a** – ✚

Sodium Hydroxide 25 23 ✚ n/a** ✚ n/a** n/a** n/a**

Sodium Hydroxide 50 23 ✚ ✚ ✚ n/a** ✚ ✚

Potassium Hydroxide 50 23 ✚ ✚ ✚ n/a** ✚ ✚

Potassium Hydroxide 50 100 ✚ ✚ n/a** –* n/a** n/a**

Esters Ethyl Acetate 23 ✚ n/a** ● ● – –Ethyl Acetate 50 ✚ n/a** n/a** n/a** – –Ethyl Acetate 100 ✚ n/a** n/a** ● n/a** n/a**

Ethers Tetrahydrofuran 23 ✚ ✚ ✚ – – –Tetrahydrofuran 50 n/a** ● – – – –

Halogens Chlorine gas 23 ✚ ● n/a** ✚ * ✚ ✚

Iodine 23 ✚ ✚ n/a** n/a** n/a** n/a**

Bromine 23 ✚ ✚ n/a** ✚ * n/a** n/a**

Halogenated

Hydrocarbons 1,1 - Dichloroethane 23 ● n/a** n/a** ✚ * n/a** n/a**

1,1 - Dichloroethane 50 ● n/a** n/a** ✚ * n/a** n/a**




1,4 - Dichlorobutane 23 ✚ n/a** n/a** ✚ * n/a** n/a**

1,1,2 - Trichloroethane 23 ● n/a** n/a** ● * n/a** n/a**

Hydrocarbons Aliphatic Iso Octane 23 ✚ ✚ ✚ ✚ ✚ ✚

Iso Octane 50 ✚ ✚ n/a** n/a** ✚ ✚

Hexane 23 ✚ n/a** ● n/a** ✚ n/a**

Aromatic Toluene 23 ✚ ✚ ✚ ● ● ✚

Ketones Acetone 23 ✚ ✚ ✚ ✚ * – –Acetone 50 ✚ n/a** n/a** n/a** – –Acetone 100 ✚ n/a** n/a** ● * n/a** n/a**

Methyl Ethyl Ketone 23 ✚ n/a** ✚ n/a** – –Methyl Ethyl Ketone 50 ✚ n/a** n/a** – n/a** –Methyl Ethyl Ketone 80 ✚ ✚ n/a** n/a** n/a** n/a**

Other

Heterocycles Benzyl Chloride 23 ● n/a** ✚ n/a** n/a** n/a**

Pyridine 23 ✚ n/a** ✚ –* n/a** ●

Test Conditions Specimens ISO 12086 / ASTM D1708Tensile Test 50mm/min at 23°C

*Test Conditions Specimens FilmsTensile Test 50mm/min at 23°C

**Information not available

15

✚ weight change <0.5%, change in mechanical properties1 <10%● weight change 0.5% - 1.0%, change in mechanical properties1 10% - 20%

– weight change >1.0%, change in mechanical properties1 >20% 1Mechanical properties are defined as tensile strength and percent elongation


FONTS: Helvetica, L Univers 45 Light, LB Helvetica Black,Univers 65 Bold, Univers BlackExt, Zapf DingbatsIMAGES: Dyneon Rohre.eps @ 94%*, C54442B1.eps @104%*, CT54442B.eps @ 105%*, CT54442C1.eps @105%, A54442C.eps @ 100%*DOC PATH: CD10756:GRAN54442_1:LAYOUTS:Q54442A.qxd


3

DyneonTM PTFE

PTFE (Polytetrafluoroethylene)

– The material of choice where broadchemical resistance, wide servicetemperature range, high durability,excellent dielectric properties, lowfriction, and non-stick are required

TFMTM PTFE

– The new generation of chemicallymodified PTFE enhances the performance of classic PTFE by providing outstanding low deformationunder load, compression stressrelaxation (recovery), reducedpermeation, fewer voids, increasedsurface smoothness and goodwelding characteristics

PTFE and TFM PTFE compounds

– Numerous compounds are availableto match your individual productrequirements for wear, deformationunder load, electrical properties orthermal expansion

DyneonTM

Fluorothermoplastics

PFA (a polymer of tetrafluoroethyleneand perfluorovinylether)

– Exhibits the highest temperaturecapability in a melt-processablefluoropolymer, as well as exceptionalchemical resistance, non-stick, lowfriction and electrical properties

FEP (a polymer of tetrafluoroethyleneand hexafluoropropylene)

– Exhibits excellent heat and chemical resistance, excellent weatherability,extremely smooth surfaces and excellent electrical properties

ETFE (a polymer of tetrafluoroethyleneand ethylene)

– Features outstanding abrasion, cut-through and tear resistance as wellas good chemical, thermal andelectrical properties

HTE (a polymer of hexafluoropropylene,tetrafluoroethylene and ethylene)

– A new Dyneon family of productsoffering good electrical insulationproperties, tensile strength andchemical resistance

THV (a polymer of tetrafluoroethylene,hexafluoropropylene and vinylidene fluoride)

– A product family unique to Dyneon, offering superb flexibility and opticalclarity, plus the ability to be bondedto other polymers

DyneonTM Fluoroelastomers

Dipolymers (66-68% Fluorine)(a polymer of hexafluoropropylene andvinylidene fluoride)

– Fluoroelastomers (bisphenol andperoxide cure) for sealing applicationsthat require excellent resistance toheat and aggressive chemicals

Terpolymers (68-71+% Fluorine)(a polymer of tetrafluoroethylene,hexafluoropropylene and vinylidenefluoride)

– Fluoroelastomers (bisphenol andperoxide cure) for applicationsrequiring added resistance (versusdipolymers) to hydrocarbons, acids,polar solvents, caustics and steam

Base resistant elastomers (BREs)(a polymer of tetrafluoroethylene,vinylidene fluoride and propylene)

– For applications requiring added resistance to basic (high pH) environments

Test Unit DyneonTM DyneonTM DyneonTM DyneonTM DyneonTM DyneonTM DyneonTM

Method PTFE TFMTM PTFE PFA1 FEP1 ETFE1 THV 5002 HTE 17052

Physical Properties

Specific Gravity ASTM D792 g/cm3 2.16 2.16 2.15 2.15 1.73 1.98 1.76Melting Point ASTM D4591 °C 327 327 310 260 267 165 210Service Temperature

minimum °C -200 -200 -200 -200 -190 -50 n/a*maximum °C 260 260 260 205 150 130 n/a*

Mechanical Properties ISO 12086 50mm/min at 23°C

Tensile Strength at Break

@23°C MPa 33 34 30 30 46 28 49@100°C MPa 22 25 24 14 20 12 17Elongation at Break

@23°C % 360 580 380 350 425 500 450@100°C % 520 590 440 320 600 590 800Tensile Modulus

@23°C MPa 540 630 530 600 1150 240 980@100°C MPa 210 255 160 85 280 27 60Yield Strength

@23°C MPa 12.4 13.2 16 14 26 8 20@100°C MPa 7.5 8.2 7 6 10 3 4Flexural Modulus ASTM D790 3pt bend MPa n/a* n/a* 550 580 1100 210 1040Deformation Under Load

after 100h stress & 24h recovery ASTM D621@23°C / 15 MPa % 11 4 2 n/a* n/a* n/a* n/a*@150°C / 8.8 MPa % 34.5 20 10 n/a* n/a* n/a* n/a*@205°C / 5.2 MPa % 18.5 5.5 14.5 n/a* n/a* n/a* n/a*Hardness ASTM D2240/DIN 53505 ShD 56 59 60 57 66 54 66Surface Roughness 0.93 0.33 0.34 (UHP grades <0.1) 0.044 n/a* n/a* n/a*

Electrical Properties

Dielectric Constant ASTM D150 @ 1MHZ 2.1 2.1 <2.15 <2.15 2.58 4.82 2.21Dissipation Factor ASTM D150 @ 1MHZ 10-4 0.7 0.7 <5 <9 <10 100 <60Dielectric Strength ASTM D149 kv/mm 60 70 75 63 59 48 69

(0.20 mm film) (0.20 mm film) (0.25 mm film) (0.25 mm film) (0.25 mm film) (0.25 mm film) (0.20 mm film)

Flame Resistance

Limiting Oxygen Index ASTM D2863 % 96 96 >95 >95 >30 >75 33Flammability Rating UL 94 V-0 V-0 V-0 V-0 V-0 V-0 n/a*

Permeation Properties

HCl DIN 53380 Part 4.1.2 (cm3*1000µm)/(m2*d*bar)

@23°C 630 445 160 n/a* 190 90 180@100°C 1600 1150 1400 n/a* 2700 5600 4250Water Vapor DIN 53122 Part 2 (g*1000µm)/(m2*d)

@23°C 0.02 0.017 0.018 n/a* 0.11 0.17 0.11

@100°C 3.5 2.43 4.54 n/a* 7.00 33.0 5.00

www.dyneon.com

DyneonTM FluoroplasticsTypical Properties

12 13

ApprovalsRegulatory Compliance Status of Dyneon Fluoroplastics for Food Contact

The following Dyneon products are in compliance with FDA 21 CFR 177.1550:

Dyneon PFA 6900N – Dispersion; Dyneon PFA 6502N/PFA X 6502 UHP – Granular;Dyneon PFA 6505N/PFA X 6505 UHP – Granular; Dyneon PFA 6510N – Granular; DyneonPFA 6515N/PFA X 6515 UHP – Granular; Dyneon FEP X 6300 – Dispersion; Dyneon FEPX 6301 – Granular; Dyneon FEP X 6303 – Granular; Dyneon FEP X 6307 – Granular


Dyneon THV X 310 – Agglomerate, Granular; Dyneon THV 500 – Agglomerate, Granular;Dyneon THV X 610 – Agglomerate, Granular; Dyneon THV 510D – Dispersion

Compliance with regulations: It is the responsibility of the user to determine whether

its specific formulation and intended use comply with applicable laws and are suitablefor its intended application. For food contact applications, fillers and ingredients utilizedmust be in compliance with applicable regulations for repeated food contact use.1Nominal value for extrusion grade resin.2Dyneon manufactures a variety of THV and HTE materials which differ in composition, melt flow index, and properties. Please consult us for further information on additional grades.

3Roughness measured on machined parts without polishing.4Roughness measured on the inside of extruded tubes.

*Information not available










DyneonTM FluoroplasticsChemical Resistance(Aging Duration of 1000 Hours)

14


% °C PTFE

Acids Organic Trichloroacetic Acid 23 ✚ n/a** ✚ ✚ n/a** n/a**

Trichloroacetic Acid 50 ✚ n/a** ✚ ● – ●

Trichloroacetic Acid 100 ✚ ✚ n/a** n/a** n/a** n/a**

Inorganic Hydrochloric Acid 36 23 ✚ n/a** ✚ ✚ * ✚ ✚

Hydrochloric Acid 36 100 ✚ – n/a** ● * ✚ ✚

Hydrochloric Acid 36 155 ✚ – ● n/a** n/a** n/a**

Sulfuric Acid 96 23 ✚ n/a** ✚ ✚ * n/a** n/a**

Sulfuric Acid 96 100 ✚ ✚ n/a** ✚ * ✚ ✚

Sulfuric Acid 96 155 ✚ ✚ ✚ n/a** n/a** n/a**

Phosphoric Acid conc. 100 ✚ ✚ n/a** ✚ * ✚ ✚

Phosphoric Acid conc. 165 ✚ ✚ ● n/a** n/a** n/a**

Hydrofluoric Acid 40 100 ✚ ✚ ✚ n/a** ● ✚

Hydrofluoric Acid 40 155 ● ✚ n/a** n/a** n/a** n/a**

Hydrofluoric Acid 49 35 ✚ n/a** ✚ n/a** ✚ ✚


Nitric Acid conc. 23 ✚ n/a** ✚ ✚ * n/a** n/a**

Nitric Acid conc. 100 ✚ n/a** n/a** ✚ * ✚ ●

Nitric Acid conc. 155 ✚ ● ● n/a** n/a** n/a**

Fluorosulfonic Acid 100 ● ● n/a** ✚ * n/a** n/a**

Chlorosulfonic Acid 100 ✚ ✚ n/a** –* n/a** n/a**

Chromosulfonic Acid 100 ✚ ✚ n/a** ● * n/a** n/a**

Alcohols Ethylene Glycol 100 ✚ ✚ n/a** n/a** n/a** n/a**

Methanol 23 ✚ ✚ ✚ ✚ ● ✚

Methanol 50 ✚ ✚ n/a** ✚ ● ✚

Amides Dimethylacetamide 50 ✚ n/a** ✚ –* – –Dimethylacetamide 100 ✚ ✚ n/a** ● * n/a** n/a**

Dimethylformamide 23 ✚ n/a** ✚ n/a** n/a** n/a**

Dimethylformamide 50 ✚ n/a** ✚ ✚ * – –Dimethylformamide 100 ✚ ● n/a** ✚ * n/a** n/a**

N-methylpyrrolidone 23 n/a** n/a** ✚ n/a** – ✚

N-methylpyrrolidone 50 ✚ n/a** n/a** n/a** – n/a**

N-methylpyrrolidone 100 ✚ ✚ ✚ n/a** – –Amines Benzyl Amine 23 ✚ n/a** n/a** ✚ * n/a** n/a**

Benzyl Amine 100 ✚ n/a** n/a** ● * n/a** n/a**

N-Butyl Amine 100 ✚ n/a** n/a** ● * n/a** n/a**






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CLIENT: Grant/JacobyQuark File: Q54442B.qxdDESC: Dyneon Fluoropolymers 16 pgBrochureBLEED: 32.25" x 11.25"TRIM: 32" x 11"LIVE: 32" x 11"CSR: T Kelly

11

Acetamide

100°C, 7 days 6 ✚

150°C, 7 days 9 –Acetic Acid (Glacial)

25°C, 7 days 62 –Acetone

25°C, 7 days 375 –Acrylonitrile

50°C, 7 days1 120 –Ammonia, Anhydrous

25°C, 1 day 0 –Ammonium Hydroxide, Sat.

25°C, 28 days 7.5 ✚

Amyl Alcohol

25°C, 21 days 1 ●

Anderol

L-774 205°C, 7 days 8 ✚

L-826 150°C, 28 days 11 ✚

L-829 150°C, 28 days 5 ✚

Aniline

25°C, 7 days 5 ✚

70°C, 28 days 26 ●

ASTM Reference Oil IRM 902

150°C, 3 days 0.8 ✚

150°C, 7 days 1.1 ✚

150°C, 21 days 1.2 ✚


150°C, 3 days 2.0 ✚

150°C, 7 days 2.6 ✚

150°C, 21 days 2.9 ✚

Benzaldehyde

25°C, 3 days 67 –Benzene

25°C, 7 days 17 ●

25°C, 14 days 22 ●

25°C, 7 days1 7 ✚

Bromine

25°C, 5 days n/a* ✚

100°C, 5 days n/a* ✚

Butadiene, 40psi

25°C, 3 days 16 ●

Butyl Acetate

25°C, 3 days 230 –Butyl Acrylate

50°C, 3 days 190 –

Iso-Butyl Alcohol

25°C, 21 days 1 ✚

Butyl Amine

25°C, 3 days n/a* –Sample Disintegrated

Carbon Disulfide

25°C, 28 days 2.0 ✚

Carbon Disulfide

25°C, 7 days 3 ✚

Carbon Tetrachloride

25°C, 7 days 2 ✚

Chlorine, Dry

100°C, 5 days n/a* ✚

Chlorotrifluoride (CIF3)

25°C, 30 min. 0 ✚

Chlorobromomethane

25°C, 7 days 99 –Chlorobutadiene

–20°C, 2 days 5 ✚

Chloroform

25°C, 7 days 11 ✚

Cod Liver Oil

25°C, 7 days 4.0 ✚

Cottonseed Oil

70°C, 28 days 0.3 ✚

150°C, 28 days 1.5 ✚

Creosote Oil

25°C, 7 days 1 ✚

100°C, 7 days 10 ✚

Cyclohexanone

25°C, 7 days 350 –Cyclohexane

25°C, 7 days 4 ✚

DC-200

177°C, 28 days –2.3 ✚

No. 20: ESEL Fuel25°C, 7 days 1.0 ✚

O-Dichlorobenzene

25°C, 3 days 8 ✚

70°C, 28 days 10 ✚

150°C, 28 days 25 ●

Difluoroethylene

25°C, 7 days 29 ●

N-N-Dimethyl Formamide

25°C, 7 days 375 –

Hydrogen Peroxide (90% Active)

25°C, 7 days 0 ✚

Hypoid SAE 90

140°C, 21 days 2 ●

150°C, 14 days 3 ●

Iso-octane

25°C, 21 days 1 ✚

Methane Gas

500psi, 3 days 0.3 ✚

Methanol

25°C, 7 days 150 –25°C, 7 days1 6 ●

Methyl Acrylic Acid

50°C, 3 days 26 ●

Methyl Ethyl Ketone

25°C, 7 days 290 –25°C, 7 days1 6 ●

Methyl Tertiary Butyl Ether (MTBE)

25°C, 7 days 140 –25°C, 7 days1 70 –Methylene Chloride

25°C, 3 days 27 –25°C, 3 days1 15 ●

Monochlorobenzene

25°C, 30 days 10 ●

Naptha

25°C, 7 days 4 ✚

70°C, 28 days 7 ✚

Nitric Acid, 10%

66°C, 28 days2 41 ●

60% 25°C, 7 days2 4.4 ✚

90% 25°C, 7 days2 22 ●

Nitric Acid, Red Fuming

25°C, 7 days2 23 ●

70°C, 7 days2 60 ●

Nitrogen Dioxide (NO2)

25°C, 1 day 190 –Nitrogen Tetra Oxide (N2O4)

25°C, 1 day 100 –N-Octyl Alcohol

25°C, 35 days 1 ✚

Olive Oil

25°C, 7 days 4.0 ✚

Oronite 8200

38°C, 3 years 2.2 ✚

38°C, 7 days 3 ✚

177°C, 21 days 1.5 –177°C, 28 days 0.5 –205°C, 3 days 1.0 ✚

205°C, 7 days 3 ✚

205°C, 14 days 3.0 –205°C, 28 days 1.6 –Oronite 8515

177°C, 3 days 0 ✚

177°C, 21 days 3.6 ●

177°C, 28 days –0.8 –205°C, 3 days 4.0 ✚

OS-45, Type III

205°C, 3 days 6.0 ✚

205°C, 7 days 3 ✚

Type IV

177°C, 21 days 6.9 ✚

260°C, 3 days 9.0 ✚

Parapoid 10-C

150°C, 3 days 0 –Pentalube TP-653

205°C, 7 days 21 ●

Perchloroethylene

25°C, 7 days1 1 ✚

Petroleum Ether

25°C, 7 days 3 ✚

Phenol

25°C, 3 days 0 ✚

100°C, 28 days 10 ✚

150°C, 28 days 24 ●

Phosphoric Acid, 60%

100°C, 28 days2 4.2 ✚

Prestone II/H2O (50/50)

125°C, 7 days 8 ●

125°C, 14 days 10 ●

Propane

125psi, 3 days 2 ✚

Propane

160psi, 3 days 11 ●

N-Propyl Alcohol

25°C, 21 days 2 ●

Propyl Nitrate

25°C, 7 days 140 –Pydraul A-200

100°C, 7 days 3 ✚

82°C, 14 days 2.7 ✚

Pyranol

150°C, 7 days 5 ✚

Pyridine

25°C, 3 days 120 –RD-6195

150°C, 40 days 2.7 ✚

200°C, 40 days 20 ●

Seawater

25°C, 30 days 1.5 ✚

100°C, 30 days2 4.5 ✚

Shell F.R. Fluid

150°C, 20 days 5 ✚

Shell Iris 902

66°C, 28 days 4.7 ✚

Shell Rotella Oil

200°C, 7 days 0 ✚

Shell Tellus 33

70°C, 28 days 0.6 ✚

Sodium Hydroxide, 50%

25°C, 7 days 2.1 ✚

38°C, 6 months –9.5 ●

70°C, 7 days 0.5 ●

Sodium Hypochlorite, 5%

25°C, 28 days2 0.8 ✚

20% 70°C, 28 days2 24 ✚

Sodium Vapor (Nitrogen Atmosphere)

177°C, 7 days n/a* ✚

Sour Gas

25°C, 7 days 9 ✚

70°C, 3 days 24 –Styrene

25°C, 7 days 11 ●

Sulfuric Acid

60% 70°C, 7 days2 0.5 ✚

98% 100°C, 14 days2 21 ●

Sulfuric Acid,Fuming (20% Oleum)

25°C, 7 days 12.0 ✚

Sulfuric Acid, Oleum 25% SO325°C, 36 days 28 ✚

Sunamatic 137 Turbine Eng. Lube

150°C, 7 days 3 ✚

Tetrachloroethane

25°C, 21 days 3 ✚

Texaco 3401

177°C, 7 days 1.4 ✚

Texaco 3525

177°C, 7 days 1.9 ✚

Texaco 3525

177°C, 7 days 2.1 ✚

TJ 15

38°C, 3 years 7.8 ✚

177°C, 7 days 7.5 ●

205°C, 28 days 20 ●

Toluene

25°C, 14 days 17 ●

25°C, 7 days1 4.8 ✚

93°C, 4 days1 15 ●

Treflan/H2O (50/50)

+5% Surfactant

25°C, 7 days 3.5 ✚

Tributyl Phosphate

100°C, 7 days 380 –Trichloroethane

25°C, 21 days 3 ●

100°C, 28 days 46 ●

Trichloroethylene

25°C, 7 days 6 ✚

70°C, 28 days 15 ●

25°C, 7 days1 7 ✚

Tricresyl Phosphate

150°C, 7 days 17 ✚

38°C, 3 years 13 ✚

Turpentine

70°C, 28 days 9 ✚

Univis J-43

70°C, 28 days 1.8 ✚

135°C, 7 days 2.6 ✚

Versilube F-50

177°C, 28 days 3.0 ●

260°C, 3 days –3.0 ●

Vinyl Fluoride

25°C, 7 days 12 ●

Water and Steam

100°C, 3 days2 1.3 ✚

100°C, 14 days2 1.4 ✚

100°C, 42 days2 1.8 ✚

125°C, 7 days 10.8 ●

125°C, 7 days2 1.5 ✚

150°C, 21 days2 6 ✚

205°C, 3 days 0 ●

205°C, 3 days1,2 3 ●

Xylene

25°C, 14 days 12 ✚

70°C, 28 days 18 ●

25°C, 7 days1 2 ✚

Dioctyl Sebacate150°C, 3 days 11 ✚

150°C, 14 days 94 –1,4-Dioxane25°C, 3 days 100 –Dowtherm A25°C, 28 days 2.5 ✚

100°C, 28 days 7.3 ✚

205°C, 28 days 22 ●

Dowtherm 209/H2O(50/50)125°C, 7 days2 40 ●

125°C, 14 days2 65 ●

Epichlorohydrin50°C, 7 days 94 –Ethyl Acetate25°C, 7 days 375 –25°C, 7 days1 17 ●

Ethyl Acrylate25°C, 7 days 230 –Ethyl Alcohol25°C, 7 days 2 ✚

Ethyl Ether25°C, 3 days 97 –2 Ethyl-HexanalFormaldehyde (37%)25°C, 7 days 1 ✚

Ethylene Dichloride25°C, 7 days 16 ✚

Ethylene Gas, 800psi25°C, 3 days 26 ✚

Ethylene Glycol100°C, 14 days 2 ✚

Ethylene Glycol/Water (50/50)100°C, 3 days1 0.8 ✚

100°C, 7 days 7.5 ●

Ethylene Oxide70°C, 5 days 230 –Ferric Chloride

350°C, 14 days 20 –Formic Acid70°C, 7 days n/a* –Freon 1125°C, 28 days 18 ●

Freon 11/Suniso 3G (50/50)150°C, 7 days 16 ●

Freon 1225°C, 28 days 21 ●

150°C, 7 days 20 ●

Freon 12/ASTM Oil No. 2 (50/50)

93°C, 7 days 25 ●

Freon 12/Suniso 4G (50/50)

150°C, 7 days 17 ●

Freon 13B1

25°C, 28 days 19 ●

Freon 14

25°C, 7 days 0.6 ✚

Freon 22

25°C, 20 days 90 –Freon 22/ASTM No. 2 (50/50)

93°C, 7 days 32 ●

Freon 113

25°C, 27 days 15 ●

Freon 115

25°C, 7 days 16 ●

Fryquel GT

100°C, 7 days 14 ●

100°C, 30 days 19 ●

100°C, 7 days1 3 ✚

100°C, 30 days1 0 ✚

Furfural

70°C, 28 days 86 ●

N-Hexane

25°C, 21 days 1 ✚

Houghto-Safe 271

70°C, 14 days 14 ●

H-S 620

70°C, 14 days 7.9 ●

H-S 1010

70°C, 7 days 13 ●

H-S 1055

100°C, 14 days 20 ●

H-S 1120

70°C, 14 days 9.1 ●

100°C, 14 days 20 ●

H-S 5040

70°C, 14 days 1.7 ✚

Hydrochloric Acid, 37%

25°C, 7 days 2 ✚

70°C, 3 days2 3 ✚

Hydrofluoric Acid, 48%

25°C, 7 days 12 ✚

Hydrofluoric Acid, Anhyd.

25°C, 3 days 22 ●

%Volume %Volume %Volume %Volume %Volume %Volume %Volume %VolumeChange Rating Change Rating Change Rating Change Rating Change Rating Change Rating Change Rating Change Rating

DyneonTM FluoroelastomersChemical Resistance of Dipolymers (Unless Specified Otherwise)

9

Superscript 1: denotes compounds of 70% fluorine incorporated cure terpolymerSuperscript 2: denotes compounds prepared with lead-based metal oxidesNote: The use of lead-based oxides and salts is banned in several countries and severalstates within the United States. User is responsible for determining that all fillers and ingredients utilized in formulations comply with applicable regulations.

✚ Excellent Resistance (little or no effect)● Good to Excellent Resistance (moderate effect)

– Not Recommended (substantial effect)*Information not available






– Not Recommended (substantial effect)*Information not available104www.dyneon.com

As you can see, DyneonTM fluoropoly-mers fulfill a wide range of require-ments. Take a moment, and you maydiscover a new material for a familiarapplication, a new use, or a new processing technique. Then, to narrowyour search, consult the pages of technical data that follow.

A fluoropolymer for every chemical process application

Pipes, tubing and hoses

Extruded or molded pipe liners andtubing made from DyneonTM PTFE orDyneonTM PFA ensure high heat andchemical resistance for applicationssuch as heat exchangers.

Chemical columns lined with DyneonTM

TFMTM PTFE to protect against aggres-sive acids, hydrocarbons and alcohols.

Flexible hoses and tubing constructed ofDyneonTM fluorothermoplastics, DyneonTM

PTFE or DyneonTM fluoroelastomers providechemical and permeation resistance, thermal

stability and long-term durability.

Page 11Page 10Page 9Page 4

Proof #: 2Operator Init: DCPrev Op: EPEMac: RightyPrev Mac: DinoDate Created: 10/10/01 - 2:06 AMCurrent Date: 11/14/01 - 10:34 AMFONTS: Helvetica, L Univers 45 Light, LB Helvetica Black,

Univers 55, Univers BlackExt, Zapf DingbatsIMAGES: C54442C2.eps @ 95%, C54442D1.eps @ 100%,C54442T1.eps @ 100%, Dyneon LE Röhre.eps @ 71%*,CT54442D.eps @ 100%*, A54442C.eps @ 100%*,A54442D.eps @ 100%DOC PATH: CD10756:GRAN54442_1:LAYOUTS:Q54442B.qxd


Page 8 Page 5

5

Pumps and valves

Pumps and valves may feature dimensional components, linings andseals made of DyneonTM PFA, DyneonTM

PTFE or DyneonTM fluoroelastomers.

Butterfly valve linings made from orcoated with DyneonTM fluoroelastomersor DyneonTM fluorothermoplastics.

Ball valve seats made withDyneonTM TFMTM PTFE.

Tap cock with union nuts madefrom DyneonTM TFMTM PTFE.

DyneonTM FluoroelastomersTypical Properties

Test Unit DyneonTM DyneonTM DyneonTM DyneonTM DyneonTM

Method Fluoroelastomers Fluoroelastomers PO Cure Base Resistant Base Resistant

Dipolymers Terpolymers Fluoroelastomers Dipolymers Terpolymers

Service Temperature

minimum °C -40 -30 -30 -10 -20

maximum °C 200 200 200 180 180

Physical Properties

ASTM Specific Gravity D792 g/cm3 1.81 1.84-1.89 1.89 1.55 1.6

LowTemperaturePerformance

ASTMTR-10 D1329 °C -18 -13 -7 +2 to +3 -1 to -9

Mechanical ASTMProperties* D412

Elongation

@23°C % 180-310 180-310 160-220 230-305 185-225

Tensile Strength

@23°C MPa 13-17.5 13-17 14-19 11-16.5 12-14

Tensile Modulus (M100) MPa 3.5-6 3.5-6 3-5.3 7.2 5.5-9

ASTMHardness D2240 ShA 70-80 70-80 79 75-80 76

Compression Set ASTMResistance* D395

(70h@ 200°C) % 9-40 20-40 25-30 45-52 20-30

Electrical Properties*

ASTMDielectric Constant D150

@23°C; 1 MHZ 19.3 18.5 17.2 6.2 9.6-15.5

8www.dyneon.com

*Important Notice: The values indicated represent standard compound formulations which have been designed for quality control purposes. By adjusting filler type, filler content,crosslink density or other parameters, significant changes in properties may be obtained. For additional information, consult your Dyneon representative.

ApprovalsRegulatory Compliance Status of Dyneon Fluoroelastomers for Food Contact

The following Dyneon products are in compliance with FDA 21 CFR 177.2600 (c)(4)(i):

Dyneon FG 5661X; Dyneon FG 5630Q; Dyneon FG 5690Q

The following Dyneon products have received Star-K Kosher certification: DyneonFC 2178, Dyneon FC 2230, Dyneon FG 5630Q, Dyneon FG 5690Q

Compliance with regulations: It is the responsibility of the user to determine whetherits specific formulation and intended use comply with applicable laws and are suitablefor its intended application. For food contact applications, fillers and ingredients utilizedmust be in compliance with applicable regulations for repeated food contact use.


FONTS: Blk Univers 75, Helvetica, L Univers 45 Light,Univers 55, Univers 65 Bold, Univers BlackExtIMAGES: C54442G1.eps @ 100%*, C54442F1.eps @95%, C54442E3.eps @ 98%*, C54442Q.eps @ 40%*,CT54442E1.eps @ 103%*, A54442C.eps @ 100%*DOC PATH: CD10756:GRAN54442_1:LAYOUTS:Q54442A.qxd


Page 6 Page 7

Impregnated material applications

Textiles and fibers impregnated withDyneonTM PTFE dispersions are usedto provide high performance pumppackings.

For flue gas desulfurization and dustfiltration, filter bags make use of fibersimpregnated with Dyneon PTFE aqueous dispersions.

Linings

DyneonTM PTFE, TFM™ PTFE and fluorothermoplastic materials resist chemical attack and reduce permeation,protecting the integrity of storagetanks, reactors and other vessels.

High performance DyneonTM HTE fluoro-thermoplastic liners have shown nosigns of linear degradation in applicationswhere coated or fiberglass lined steeltanks have failed within one year.

Heat trace and heating cables

Excellent thermal and electrical propertiesmake DyneonTM PFA and DyneonTM FEPfluorothermoplastics ideal for heatingcables on chemical columns and heattrace cables maintaining constanttemperature on piping systems.

DyneonTM ETFE fluorothermoplastics givewire and cable insulation outstandingresistance to abrasion and cut-through.

Gaskets, seals and diaphragms

DyneonTM fluoroelastomers are commonly molded or fabricated intodiaphragms, gaskets, seals and lip seals.

DyneonTM TFMTM PTFE delivers all theadvantages of PTFE in lip seal and gasketapplications requiring high temperature andlow friction performance plus improveddimensional stability at higher temperatures.

DyneonTM custom PTFE compoundsformulated with high performance

additives meet varied seal andgasket challenges.

Gaskets exhibit low deformationunder load when made fromDyneonTM TFMTM PTFE.

Seals made with DyneonTM terpolymerfluoroelastomers offer improved chemical resistance over dipolymers.

6www.dyneon.com 7

Proof #: 3Operator Init: J.K.C.Prev Op: EPEMac: RightyPrev Mac: RightyDate Created: 10/10/01 - 12:30 AMCurrent Date: 10/11/01 - 3:44 PM

FONTS: Helvetica, L Univers 45 Light, Univers BlackExtIMAGES: C54442U.eps @ 37.5%*, C54442I2.eps @98%*, C54442R.eps @ 146%, C54442J2.eps @ 100%*,C54442S.eps @ 78%, C54442M2.eps @ 105%*,C54442L2.eps @ 104%*, C54442K2.eps @ 105%,CT54442F1.eps @ 104%, CT54442G1.eps @ 104%DOC PATH: FatBob04:GRAN54442:LAYOUTS:Q54442A.qxd


Page 6 Page 7

Impregnated material applications

Textiles and fibers impregnated withDyneonTM PTFE dispersions are usedto provide high performance pumppackings.

For flue gas desulfurization and dustfiltration, filter bags make use of fibersimpregnated with Dyneon PTFE aqueous dispersions.

Linings

DyneonTM PTFE, TFM™ PTFE and fluorothermoplastic materials resist chemical attack and reduce permeation,protecting the integrity of storagetanks, reactors and other vessels.

High performance DyneonTM HTE fluoro-thermoplastic liners have shown nosigns of linear degradation in applicationswhere coated or fiberglass lined steeltanks have failed within one year.

Heat trace and heating cables

Excellent thermal and electrical propertiesmake DyneonTM PFA and DyneonTM FEPfluorothermoplastics ideal for heatingcables on chemical columns and heattrace cables maintaining constanttemperature on piping systems.

DyneonTM ETFE fluorothermoplastics givewire and cable insulation outstandingresistance to abrasion and cut-through.

Gaskets, seals and diaphragms

DyneonTM fluoroelastomers are commonly molded or fabricated intodiaphragms, gaskets, seals and lip seals.

DyneonTM TFMTM PTFE delivers all theadvantages of PTFE in lip seal and gasketapplications requiring high temperature andlow friction performance plus improveddimensional stability at higher temperatures.

DyneonTM custom PTFE compoundsformulated with high performance

additives meet varied seal andgasket challenges.

Gaskets exhibit low deformationunder load when made fromDyneonTM TFMTM PTFE.

Seals made with DyneonTM terpolymerfluoroelastomers offer improved chemical resistance over dipolymers.

6www.dyneon.com 7

Proof #: 3Operator Init: J.K.C.Prev Op: EPEMac: RightyPrev Mac: RightyDate Created: 10/10/01 - 12:30 AMCurrent Date: 10/11/01 - 3:44 PM

FONTS: Helvetica, L Univers 45 Light, Univers BlackExtIMAGES: C54442U.eps @ 37.5%*, C54442I2.eps @98%*, C54442R.eps @ 146%, C54442J2.eps @ 100%*,C54442S.eps @ 78%, C54442M2.eps @ 105%*,C54442L2.eps @ 104%*, C54442K2.eps @ 105%,CT54442F1.eps @ 104%, CT54442G1.eps @ 104%DOC PATH: FatBob04:GRAN54442:LAYOUTS:Q54442A.qxd


Page 8 Page 5

5

Pumps and valves

Pumps and valves may feature dimensional components, linings andseals made of DyneonTM PFA, DyneonTM

PTFE or DyneonTM fluoroelastomers.

Butterfly valve linings made from orcoated with DyneonTM fluoroelastomersor DyneonTM fluorothermoplastics.

Ball valve seats made withDyneonTM TFMTM PTFE.

Tap cock with union nuts madefrom DyneonTM TFMTM PTFE.

DyneonTM FluoroelastomersTypical Properties

Test Unit DyneonTM DyneonTM DyneonTM DyneonTM DyneonTM

Method Fluoroelastomers Fluoroelastomers PO Cure Base Resistant Base Resistant

Dipolymers Terpolymers Fluoroelastomers Dipolymers Terpolymers

Service Temperature

minimum °C -40 -30 -30 -10 -20

maximum °C 200 200 200 180 180

Physical Properties

ASTM Specific Gravity D792 g/cm3 1.81 1.84-1.89 1.89 1.55 1.6

LowTemperaturePerformance

ASTMTR-10 D1329 °C -18 -13 -7 +2 to +3 -1 to -9

Mechanical ASTMProperties* D412

Elongation

@23°C % 180-310 180-310 160-220 230-305 185-225

Tensile Strength

@23°C MPa 13-17.5 13-17 14-19 11-16.5 12-14

Tensile Modulus (M100) MPa 3.5-6 3.5-6 3-5.3 7.2 5.5-9

ASTMHardness D2240 ShA 70-80 70-80 79 75-80 76

Compression Set ASTMResistance* D395

(70h@ 200°C) % 9-40 20-40 25-30 45-52 20-30

Electrical Properties*

ASTMDielectric Constant D150

@23°C; 1 MHZ 19.3 18.5 17.2 6.2 9.6-15.5

8www.dyneon.com

*Important Notice: The values indicated represent standard compound formulations which have been designed for quality control purposes. By adjusting filler type, filler content,crosslink density or other parameters, significant changes in properties may be obtained. For additional information, consult your Dyneon representative.

ApprovalsRegulatory Compliance Status of Dyneon Fluoroelastomers for Food Contact

The following Dyneon products are in compliance with FDA 21 CFR 177.2600 (c)(4)(i):

Dyneon FG 5661X; Dyneon FG 5630Q; Dyneon FG 5690Q

The following Dyneon products have received Star-K Kosher certification: DyneonFC 2178, Dyneon FC 2230, Dyneon FG 5630Q, Dyneon FG 5690Q

Compliance with regulations: It is the responsibility of the user to determine whetherits specific formulation and intended use comply with applicable laws and are suitablefor its intended application. For food contact applications, fillers and ingredients utilizedmust be in compliance with applicable regulations for repeated food contact use.


FONTS: Blk Univers 75, Helvetica, L Univers 45 Light,Univers 55, Univers 65 Bold, Univers BlackExtIMAGES: C54442G1.eps @ 100%*, C54442F1.eps @95%, C54442E3.eps @ 98%*, C54442Q.eps @ 40%*,CT54442E1.eps @ 103%*, A54442C.eps @ 100%*DOC PATH: CD10756:GRAN54442_1:LAYOUTS:Q54442A.qxd


11

Acetamide

100°C, 7 days 6 ✚

150°C, 7 days 9 –Acetic Acid (Glacial)

25°C, 7 days 62 –Acetone

25°C, 7 days 375 –Acrylonitrile

50°C, 7 days1 120 –Ammonia, Anhydrous

25°C, 1 day 0 –Ammonium Hydroxide, Sat.

25°C, 28 days 7.5 ✚

Amyl Alcohol

25°C, 21 days 1 ●

Anderol

L-774 205°C, 7 days 8 ✚

L-826 150°C, 28 days 11 ✚

L-829 150°C, 28 days 5 ✚

Aniline

25°C, 7 days 5 ✚

70°C, 28 days 26 ●


150°C, 3 days 0.8 ✚

150°C, 7 days 1.1 ✚

150°C, 21 days 1.2 ✚


150°C, 3 days 2.0 ✚

150°C, 7 days 2.6 ✚

150°C, 21 days 2.9 ✚

Benzaldehyde

25°C, 3 days 67 –Benzene

25°C, 7 days 17 ●

25°C, 14 days 22 ●

25°C, 7 days1 7 ✚

Bromine

25°C, 5 days n/a* ✚

100°C, 5 days n/a* ✚

Butadiene, 40psi

25°C, 3 days 16 ●

Butyl Acetate

25°C, 3 days 230 –Butyl Acrylate

50°C, 3 days 190 –

Iso-Butyl Alcohol

25°C, 21 days 1 ✚

Butyl Amine

25°C, 3 days n/a* –Sample Disintegrated

Carbon Disulfide

25°C, 28 days 2.0 ✚

Carbon Disulfide

25°C, 7 days 3 ✚

Carbon Tetrachloride

25°C, 7 days 2 ✚

Chlorine, Dry

100°C, 5 days n/a* ✚

Chlorotrifluoride (CIF3)

25°C, 30 min. 0 ✚

Chlorobromomethane

25°C, 7 days 99 –Chlorobutadiene

–20°C, 2 days 5 ✚

Chloroform

25°C, 7 days 11 ✚

Cod Liver Oil

25°C, 7 days 4.0 ✚

Cottonseed Oil

70°C, 28 days 0.3 ✚

150°C, 28 days 1.5 ✚

Creosote Oil

25°C, 7 days 1 ✚

100°C, 7 days 10 ✚

Cyclohexanone

25°C, 7 days 350 –Cyclohexane

25°C, 7 days 4 ✚

DC-200

177°C, 28 days –2.3 ✚

No. 20: ESEL Fuel25°C, 7 days 1.0 ✚

O-Dichlorobenzene

25°C, 3 days 8 ✚

70°C, 28 days 10 ✚

150°C, 28 days 25 ●

Difluoroethylene

25°C, 7 days 29 ●

N-N-Dimethyl Formamide

25°C, 7 days 375 –

Hydrogen Peroxide (90% Active)

25°C, 7 days 0 ✚

Hypoid SAE 90

140°C, 21 days 2 ●

150°C, 14 days 3 ●

Iso-octane

25°C, 21 days 1 ✚

Methane Gas

500psi, 3 days 0.3 ✚

Methanol

25°C, 7 days 150 –25°C, 7 days1 6 ●

Methyl Acrylic Acid

50°C, 3 days 26 ●

Methyl Ethyl Ketone

25°C, 7 days 290 –25°C, 7 days1 6 ●

Methyl Tertiary Butyl Ether (MTBE)

25°C, 7 days 140 –25°C, 7 days1 70 –Methylene Chloride

25°C, 3 days 27 –25°C, 3 days1 15 ●

Monochlorobenzene

25°C, 30 days 10 ●

Naptha

25°C, 7 days 4 ✚

70°C, 28 days 7 ✚

Nitric Acid, 10%

66°C, 28 days2 41 ●

60% 25°C, 7 days2 4.4 ✚

90% 25°C, 7 days2 22 ●

Nitric Acid, Red Fuming

25°C, 7 days2 23 ●

70°C, 7 days2 60 ●

Nitrogen Dioxide (NO2)

25°C, 1 day 190 –Nitrogen Tetra Oxide (N2O4)

25°C, 1 day 100 –N-Octyl Alcohol

25°C, 35 days 1 ✚

Olive Oil

25°C, 7 days 4.0 ✚

Oronite 8200

38°C, 3 years 2.2 ✚

38°C, 7 days 3 ✚

177°C, 21 days 1.5 –177°C, 28 days 0.5 –205°C, 3 days 1.0 ✚

205°C, 7 days 3 ✚

205°C, 14 days 3.0 –205°C, 28 days 1.6 –Oronite 8515

177°C, 3 days 0 ✚

177°C, 21 days 3.6 ●

177°C, 28 days –0.8 –205°C, 3 days 4.0 ✚

OS-45, Type III

205°C, 3 days 6.0 ✚

205°C, 7 days 3 ✚

Type IV

177°C, 21 days 6.9 ✚

260°C, 3 days 9.0 ✚

Parapoid 10-C

150°C, 3 days 0 –Pentalube TP-653

205°C, 7 days 21 ●

Perchloroethylene

25°C, 7 days1 1 ✚

Petroleum Ether

25°C, 7 days 3 ✚

Phenol

25°C, 3 days 0 ✚

100°C, 28 days 10 ✚

150°C, 28 days 24 ●

Phosphoric Acid, 60%

100°C, 28 days2 4.2 ✚

Prestone II/H2O (50/50)

125°C, 7 days 8 ●

125°C, 14 days 10 ●

Propane

125psi, 3 days 2 ✚

Propane

160psi, 3 days 11 ●

N-Propyl Alcohol

25°C, 21 days 2 ●

Propyl Nitrate

25°C, 7 days 140 –Pydraul A-200

100°C, 7 days 3 ✚

82°C, 14 days 2.7 ✚

Pyranol

150°C, 7 days 5 ✚

Pyridine

25°C, 3 days 120 –RD-6195

150°C, 40 days 2.7 ✚

200°C, 40 days 20 ●

Seawater

25°C, 30 days 1.5 ✚

100°C, 30 days2 4.5 ✚

Shell F.R. Fluid

150°C, 20 days 5 ✚

Shell Iris 902

66°C, 28 days 4.7 ✚

Shell Rotella Oil

200°C, 7 days 0 ✚

Shell Tellus 33

70°C, 28 days 0.6 ✚

Sodium Hydroxide, 50%

25°C, 7 days 2.1 ✚

38°C, 6 months –9.5 ●

70°C, 7 days 0.5 ●

Sodium Hypochlorite, 5%

25°C, 28 days2 0.8 ✚

20% 70°C, 28 days2 24 ✚

Sodium Vapor (Nitrogen Atmosphere)

177°C, 7 days n/a* ✚

Sour Gas

25°C, 7 days 9 ✚

70°C, 3 days 24 –Styrene

25°C, 7 days 11 ●

Sulfuric Acid

60% 70°C, 7 days2 0.5 ✚

98% 100°C, 14 days2 21 ●

Sulfuric Acid,Fuming (20% Oleum)

25°C, 7 days 12.0 ✚

Sulfuric Acid, Oleum 25% SO325°C, 36 days 28 ✚

Sunamatic 137 Turbine Eng. Lube

150°C, 7 days 3 ✚

Tetrachloroethane

25°C, 21 days 3 ✚

Texaco 3401

177°C, 7 days 1.4 ✚

Texaco 3525

177°C, 7 days 1.9 ✚

Texaco 3525

177°C, 7 days 2.1 ✚

TJ 15

38°C, 3 years 7.8 ✚

177°C, 7 days 7.5 ●

205°C, 28 days 20 ●

Toluene

25°C, 14 days 17 ●

25°C, 7 days1 4.8 ✚

93°C, 4 days1 15 ●

Treflan/H2O (50/50)

+5% Surfactant

25°C, 7 days 3.5 ✚

Tributyl Phosphate

100°C, 7 days 380 –Trichloroethane

25°C, 21 days 3 ●

100°C, 28 days 46 ●

Trichloroethylene

25°C, 7 days 6 ✚

70°C, 28 days 15 ●

25°C, 7 days1 7 ✚

Tricresyl Phosphate

150°C, 7 days 17 ✚

38°C, 3 years 13 ✚

Turpentine

70°C, 28 days 9 ✚

Univis J-43

70°C, 28 days 1.8 ✚

135°C, 7 days 2.6 ✚

Versilube F-50

177°C, 28 days 3.0 ●

260°C, 3 days –3.0 ●

Vinyl Fluoride

25°C, 7 days 12 ●

Water and Steam

100°C, 3 days2 1.3 ✚

100°C, 14 days2 1.4 ✚

100°C, 42 days2 1.8 ✚

125°C, 7 days 10.8 ●

125°C, 7 days2 1.5 ✚

150°C, 21 days2 6 ✚

205°C, 3 days 0 ●

205°C, 3 days1,2 3 ●

Xylene

25°C, 14 days 12 ✚

70°C, 28 days 18 ●

25°C, 7 days1 2 ✚

Dioctyl Sebacate150°C, 3 days 11 ✚

150°C, 14 days 94 –1,4-Dioxane25°C, 3 days 100 –Dowtherm A25°C, 28 days 2.5 ✚

100°C, 28 days 7.3 ✚

205°C, 28 days 22 ●

Dowtherm 209/H2O(50/50)125°C, 7 days2 40 ●

125°C, 14 days2 65 ●

Epichlorohydrin50°C, 7 days 94 –Ethyl Acetate25°C, 7 days 375 –25°C, 7 days1 17 ●

Ethyl Acrylate25°C, 7 days 230 –Ethyl Alcohol25°C, 7 days 2 ✚

Ethyl Ether25°C, 3 days 97 –2 Ethyl-HexanalFormaldehyde (37%)25°C, 7 days 1 ✚

Ethylene Dichloride25°C, 7 days 16 ✚

Ethylene Gas, 800psi25°C, 3 days 26 ✚

Ethylene Glycol100°C, 14 days 2 ✚

Ethylene Glycol/Water (50/50)100°C, 3 days1 0.8 ✚

100°C, 7 days 7.5 ●

Ethylene Oxide70°C, 5 days 230 –Ferric Chloride

350°C, 14 days 20 –Formic Acid70°C, 7 days n/a* –Freon 1125°C, 28 days 18 ●

Freon 11/Suniso 3G (50/50)150°C, 7 days 16 ●

Freon 1225°C, 28 days 21 ●

150°C, 7 days 20 ●

Freon 12/ASTM Oil No. 2 (50/50)

93°C, 7 days 25 ●

Freon 12/Suniso 4G (50/50)

150°C, 7 days 17 ●

Freon 13B1

25°C, 28 days 19 ●

Freon 14

25°C, 7 days 0.6 ✚

Freon 22

25°C, 20 days 90 –Freon 22/ASTM No. 2 (50/50)

93°C, 7 days 32 ●

Freon 113

25°C, 27 days 15 ●

Freon 115

25°C, 7 days 16 ●

Fryquel GT

100°C, 7 days 14 ●

100°C, 30 days 19 ●

100°C, 7 days1 3 ✚

100°C, 30 days1 0 ✚

Furfural

70°C, 28 days 86 ●

N-Hexane

25°C, 21 days 1 ✚

Houghto-Safe 271

70°C, 14 days 14 ●

H-S 620

70°C, 14 days 7.9 ●

H-S 1010

70°C, 7 days 13 ●

H-S 1055

100°C, 14 days 20 ●

H-S 1120

70°C, 14 days 9.1 ●

100°C, 14 days 20 ●

H-S 5040

70°C, 14 days 1.7 ✚

Hydrochloric Acid, 37%

25°C, 7 days 2 ✚

70°C, 3 days2 3 ✚

Hydrofluoric Acid, 48%

25°C, 7 days 12 ✚

Hydrofluoric Acid, Anhyd.

25°C, 3 days 22 ●

%Volume %Volume %Volume %Volume %Volume %Volume %Volume %VolumeChange Rating Change Rating Change Rating Change Rating Change Rating Change Rating Change Rating Change Rating

DyneonTM FluoroelastomersChemical Resistance of Dipolymers (Unless Specified Otherwise)

9









– Not Recommended (substantial effect)*Information not available104www.dyneon.com

As you can see, DyneonTM fluoropoly-mers fulfill a wide range of require-ments. Take a moment, and you maydiscover a new material for a familiarapplication, a new use, or a new processing technique. Then, to narrowyour search, consult the pages of technical data that follow.

A fluoropolymer for every chemical process application

Pipes, tubing and hoses

Extruded or molded pipe liners andtubing made from DyneonTM PTFE orDyneonTM PFA ensure high heat andchemical resistance for applicationssuch as heat exchangers.

Chemical columns lined with DyneonTM

TFMTM PTFE to protect against aggres-sive acids, hydrocarbons and alcohols.

Flexible hoses and tubing constructed ofDyneonTM fluorothermoplastics, DyneonTM

PTFE or DyneonTM fluoroelastomers providechemical and permeation resistance, thermal

stability and long-term durability.

Page 11Page 10Page 9Page 4

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Univers 55, Univers BlackExt, Zapf DingbatsIMAGES: C54442C2.eps @ 95%, C54442D1.eps @ 100%,C54442T1.eps @ 100%, Dyneon LE Röhre.eps @ 71%*,CT54442D.eps @ 100%*, A54442C.eps @ 100%*,A54442D.eps @ 100%DOC PATH: CD10756:GRAN54442_1:LAYOUTS:Q54442B.qxd


3

DyneonTM PTFE



TFMTM PTFE




DyneonTM





















Physical Properties













Flame Resistance





@23°C 0.02 0.017 0.018 n/a* 0.11 0.17 0.11

@100°C 3.5 2.43 4.54 n/a* 7.00 33.0 5.00

www.dyneon.com


12 13




















14


% °C PTFE








Sulfuric Acid 96 100 ✚ ✚ n/a** ✚ * ✚ ✚















Methanol 23 ✚ ✚ ✚ ✚ ● ✚

Methanol 50 ✚ ✚ n/a** ✚ ● ✚


















3

DyneonTM PTFE



TFMTM PTFE




DyneonTM





















Physical Properties













Flame Resistance





@23°C 0.02 0.017 0.018 n/a* 0.11 0.17 0.11

@100°C 3.5 2.43 4.54 n/a* 7.00 33.0 5.00

www.dyneon.com


12 13




















14


% °C PTFE








Sulfuric Acid 96 100 ✚ ✚ n/a** ✚ * ✚ ✚















Methanol 23 ✚ ✚ ✚ ✚ ● ✚

Methanol 50 ✚ ✚ n/a** ✚ ● ✚


















Page 2 Page 15

2www.dyneon.com

From critical process flow to harshdown-hole environments, DyneonTM

fluoropolymers have earned a reputation for performing where other materials fail. Processors, equipmentdesigners and component supplierschoose Dyneon fluoropolymers for their consistency, quality andprocessability.

Dyneon fluoropolymers help extendthe life of your capital equipment. They are capable of withstanding corrosive chemicals, temperatureextremes (-200°C to 260°C), aging, and physical wear and tear.

Universal base, acid, hydrocarbon,alcohol, and steam resistance makeDyneon fluoropolymers the materialsof choice for chemical contact in arange of industries -- oil & gas, pulp & paper, petrochemical, food,pharmaceutical, biotechnology andsemiconductor.

Dyneon offers a broad product family of fluoropolymers, allowing our technical experts to help youselect the right material for yourapplication requirements. Dyneon,a 3M company, places the resourcesof a global leader behind 40 years offluoropolymer specialization andinnovation.

The fluoropolymers that protect your investment Chemical Resistance

(Aging Duration of 1000 Hours)


% °C PTFE

Bases Ammonia 25 23 ✚ ✚ ✚ n/a** – ✚

Sodium Hydroxide 25 23 ✚ n/a** ✚ n/a** n/a** n/a**

Sodium Hydroxide 50 23 ✚ ✚ ✚ n/a** ✚ ✚

Potassium Hydroxide 50 23 ✚ ✚ ✚ n/a** ✚ ✚

Potassium Hydroxide 50 100 ✚ ✚ n/a** –* n/a** n/a**

Esters Ethyl Acetate 23 ✚ n/a** ● ● – –Ethyl Acetate 50 ✚ n/a** n/a** n/a** – –Ethyl Acetate 100 ✚ n/a** n/a** ● n/a** n/a**

Ethers Tetrahydrofuran 23 ✚ ✚ ✚ – – –Tetrahydrofuran 50 n/a** ● – – – –

Halogens Chlorine gas 23 ✚ ● n/a** ✚ * ✚ ✚

Iodine 23 ✚ ✚ n/a** n/a** n/a** n/a**

Bromine 23 ✚ ✚ n/a** ✚ * n/a** n/a**

Halogenated

Hydrocarbons 1,1 - Dichloroethane 23 ● n/a** n/a** ✚ * n/a** n/a**





1,4 - Dichlorobutane 23 ✚ n/a** n/a** ✚ * n/a** n/a**

1,1,2 - Trichloroethane 23 ● n/a** n/a** ● * n/a** n/a**

Hydrocarbons Aliphatic Iso Octane 23 ✚ ✚ ✚ ✚ ✚ ✚

Iso Octane 50 ✚ ✚ n/a** n/a** ✚ ✚

Hexane 23 ✚ n/a** ● n/a** ✚ n/a**

Aromatic Toluene 23 ✚ ✚ ✚ ● ● ✚

Ketones Acetone 23 ✚ ✚ ✚ ✚ * – –Acetone 50 ✚ n/a** n/a** n/a** – –Acetone 100 ✚ n/a** n/a** ● * n/a** n/a**

Methyl Ethyl Ketone 23 ✚ n/a** ✚ n/a** – –Methyl Ethyl Ketone 50 ✚ n/a** n/a** – n/a** –Methyl Ethyl Ketone 80 ✚ ✚ n/a** n/a** n/a** n/a**

Other

Heterocycles Benzyl Chloride 23 ● n/a** ✚ n/a** n/a** n/a**

Pyridine 23 ✚ n/a** ✚ –* n/a** ●




15




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Page 1Page 16

www.dyneon.com

DyneonTM FluoropolymersFor the toughest jobs in chemical processing

DEFY THE ORDINARY.

A 3M Company

www.dyneon.com

Printed in USA. 98-0504-1393-3

Issued: 10/01. All rights reserved.

Dyneon, TFM and Dynamar aretrademarks of Dyneon.

© Dyneon 2001

Imaginative fluoropolymersolutions

Dyneon Customer Service

Europe Phone: 00 800 396 366 27Fax: 00 800 396 366 39

Italy Phone: 00 800 7 910 18Fax: 00 800 7 910 19

USA Phone: +1 800 810 8499Fax: +1 800 635 8061

Dyneon LLC

6744 33rd Street NorthOakdale, MN 55128Toll Free: +1 800 723 9127Phone: +1 651 733 5353Fax: +1 651 737 7686

Dyneon LLC

50 Milton DriveAston, PA 19014-2293Phone: +1 610 497 8899Fax: +1 610 497 7050


Werk GendorfD-84504 BurgkirchenGermanyPhone: +49 8679 7 4709Fax: +49 8679 3992


Werk KelsterbachD-65444 KelsterbachGermanyPhone: +49 6107 772 516Fax: +49 6107 772 517


Hammfelddamm 11D-41460 NeussGermanyPhone: +49 2131 14 2265Fax: +49 2131 14 3857

Dyneon N.V.

Canadastraat 11, Haven 1005B-2070 ZwijndrechtBelgiumPhone: +32 3 250 7537Fax: +32 3 250 7905


UK Branch OfficeP.O. Box 1, 3M HouseMarket PlaceBracknellBerkshire RG12 1JUUnited KingdomPhone: +44 13 44 429675Fax: +44 13 44 427904


Succursale FranceBoulevard de l’Oise, Tour 3MF-95006 Cergy Pontoise CedexFrancePhone: +33 1 3031 6611Fax: +33 1 3031 6613


Sede Secondaria ItaliaVia San Bovio, 3Milano San FeliceI-20090 Segrate (MI)ItalyPhone: +39 02 7035 3206-7Fax: +39 02 7035 3208

Sumitomo 3M Limited

33-1 Tamagawadai 2-ChomeSetagaya-ku, Tokyo158 JapanPhone: +81 3 3709 8111Fax: +81 3 3709 8743

3M China Limited

10/F, New Town Mansion55 Lou Shan Guan RoadShanghai 200335P.R.C.Phone: +86 21 6275 3535Fax: +86 21 6275 2343

At Dyneon, our goal is to provide youwith design solutions to make your jobeasier – helping you solve problems nowso that you can avoid problems downthe road.

Whatever your challenge, you can counton Dyneon to respond with dependable,high-performance fluoropolymer products.By working directly with our customersand exploring new technologies, you canbe sure that our fluoropolymers will notonly meet today’s needs, but futuredesign requirements as well.

Our worldwide commitmentto quality

Indicative of our commitment, all Dyneondesign, development, production andservice facilities have achieved a globalISO 9001 quality management certifica-tion. Additionally, our Decatur, Alabamasite and the remote functions in Oakdale,Minnesota have achieved a QS-9000certification for our quality managementsystem. The Decatur, Alabama and allGermany locations, as well as the pro-duction facilities at Antwerp, Belgiumhave also received ISO 14001 certifica-tion for their environmental managementsystem. And, our Aston, PennsylvaniaPTFE custom compounding facility hasA2LA accreditation for its quality controllaboratory.

A 3M Company

Important notice & test data:

Because conditions of product use are outside Dyneon’s control and vary widely, user must evaluate and determine whether a Dyneon productwill be suitable for user’s intended application before using it. The following is made in lieu of all express and implied warranties (including

warranties of merchantability and fitness for a particular purpose): If a Dyneon product is proved to be defective, Dyneon’s only obliga-

tion, and user’s only remedy, will be, at Dyneon’s option, to replace the quantity of product shown to be defective when user received

it or to refund user’s purchase price. In no event will Dyneon be liable for any direct, indirect, special, incidental, or consequential loss

or damage, regardless of legal theory, such as breach of warranty or contract, negligence, or strict liability.

Technical information, test data, and advice provided by Dyneon personnel are based on information and tests we believe are reliable and areintended for persons with knowledge and technical skills sufficient to analyze test types and conditions, and to handle and use raw polymers and related compounding ingredients. No license under any Dyneon or third party intellectual rights is granted or implied by virtue of this information.

The Dyneon Product Portfolio:

Dyneon™

PTFE & Custom Compounds

Dyneon™

PFA, ETFE, FEP, THV, HTE Fluorothermoplastics

Dyneon™

Fluoroelastomers

Dynamar™

Polymer Processing Additives

Dynamar™

Elastomer Additives

Dyneon™

Monomers


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