Tecnoflon BR 9151 Base Resistant

Transcription

1 Technical Data Sheet Tecnoflon BR 9151 Tecnoflon BR 9151 is a new medium viscosity peroxide curable fluoroelastomer with a unique structure, patented by Solvay Specialty Polymers, that affords excellent resistance to aggressive oils, amine containing fluids, bases, and steam. Tecnoflon BR 9151 exhibits superior resistance to a wide variety of chemicals (such as aggressive oils, amine containing fluids, bases and steam), coupled with excellent processability. Tecnoflon BR 9151 can be cross-linked using organic peroxides in conjunction with a co-agent. Some of the basic properties of Tecnoflon BR 9151 are: Excellent chemical resistance to: Bases ATF fluids Steam Fluids containing amine additives High PH packages Good mechanical properties Superior mold flow Lack of mold fouling Excellent mold release Tecnoflon BR 9151 can be used for compression, injection and transfer molding of shaft seals, valve seals, O-rings, gaskets or any item requiring superior chemical resistance. Tecnoflon BR 9151 can be combined with the cure system and other typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two roll mills or internal mixers. Tecnoflon BR 9151 can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods may be produced by a variety of rubber processing methods. Handling and safety Normal care and precautions should be taken to avoid skin contact, eye contact and breathing of fumes. Smoking is prohibited in working areas. Wash hands before eating or smoking. For complete health and safety information, please refer to the material safety data sheet. Basic characteristics of the raw polymer are as follows ML (1+10 ) at 121 C 48 MU ASTM D1646 Fluorine content 65 % Solvay Internal Method NMR Specific gravity 1.82 g/cm 3 ASTM D792 Colour Packaging / Form Solubility Translucent Slabs Ketones and esters Revised: 02/25/2014 Solvay Specialty Polymers Page 1 of 8

2 Typical properties Test Compound Typical Value Unit Test Method Tecnoflon BR phr Luperox 101XL-45 3 phr Drimix TAIC (75 %) 4 phr ZnO 5 phr N-990 MT Carbon Black 30 phr Mooney viscosity ML (1+10 ) at 121 C 54 MU ASTM D1646 ODR 12 min at 177 C arc 3 ASTM D2084 Minimum torque 12 lb in Maximum torque 119 lb in t s2 1.0 min t' min MDR 6 min at 177 C arc 0.5 ASTM D6601 Minimum torque 1.15 lb in Maximum torque 21.0 lb in t s2 0.5 min t' min t' min MDR 12 min at 170 C arc 0.5 ASTM D6601 Minimum torque 1.16 lb in Maximum torque 21.9 lb in t s2 0.8 min t' min t' min MDR 24 min at 160 C arc 0.5 ASTM D6601 Minimum torque 1.31 lb in Maximum torque 23.0 lb in t s2 1.3 min t' q t' min Press cure: 10 min at 170 C, post cure: 8 h at 230 C 100 % Modulus 7.0 MPa ASTM D412C Tensile strength 21.5 MPa Elongation at break 207 % Hardness 72 ShoreA ASTM D2240 Revised: 02/25/2014 Solvay Specialty Polymers Page 2 of 8

3 Heat resistance, 1,008 h at 200 C ASTM D % Modulus 4 % Tensile strength 2 % Elongation at break 6 % Hardness 2 ShoreA Heat resistance, 70 h at 250 C ASTM D % Modulus 14 % Tensile strength 5 % Elongation at break 12 % Hardness 0 ShoreA Compression set 25 % deformation, 70 h at 200 C ASTM D395 method B O-ring # % 6 mm buttons 28 % Temperature retraction ASTM D1329 TR 10 7 C Revised: 02/25/2014 Solvay Specialty Polymers Page 3 of 8

4 Fluid resistance IRM 903, 168 h at 150 C Δ Tensile strength 13 % Δ Elongation at break 3 % Δ Volume 2.9 % ASTM 3 + Benzylamide, 1 %, 168 h at 150 C Δ Tensile strength 16 % Δ Elongation at break 1 % Δ Hardness 6 Shore A Δ Volume 2.6 % ASTM 105G, 1,000 h at 150 C Δ Tensile strength 26 % Δ Elongation at break 6 % Δ Hardness 5 Shore A Δ Volume 1.4 % ASTM 105G, 500 h at 150 C Δ Tensile strength 27 % Δ Elongation at break 5 % Δ Hardness 6 Shore A Δ Volume 0.8 % ASTM 105G, 168 h at 150 C Δ Tensile strength 23 % Δ Elongation at break 13 % Δ Hardness 6 Shore A Δ Volume 1.9 % Fuel C, 168 h at 23 C Δ Tensile strength 28 % Δ Elongation at break 3 % Δ Hardness 6 Shore A Δ Volume 5.5 % Revised: 02/25/2014 Solvay Specialty Polymers Page 4 of 8

5 SAE SG, 168 h at 150 C Δ Tensile strength 12 % Δ Elongation at break 5 % Δ Hardness 4 Shore A Δ Volume 1.2 % SAE SH motor oil (Quaker State 5 W 30 W), 1,000 h at 150 C Δ Tensile strength 5 % Δ Elongation at break 8 % Δ Volume 2.3 % SAE SH motor oil (Quaker State 5 W 30 W), 500 h at 150 C Δ Tensile strength 13 % Δ Elongation at break 0 % Δ Hardness 4 Shore A Δ Volume 1.9 % SAE SH motor oil (Quaker State 5 W 30 W), 168 h at 150 C Δ Tensile strength 6 % Δ Elongation at break 4 % Δ Hardness 5 Shore A Δ Volume 1.4 % SAE SJ 5 W 30, 1,000 h at 150 C Δ Tensile strength 12 % Δ Elongation at break 2 % Δ Volume 3.4 % SAE SJ 5 W 30, 500 h at 150 C Δ Tensile strength 13 % Δ Elongation at break 4 % Δ Hardness 4 Shore A Δ Volume 2.5 % Revised: 02/25/2014 Solvay Specialty Polymers Page 5 of 8

6 SAE SJ 5 W 30, 168 h at 150 C Δ Tensile strength 5 % Δ Elongation at break 2 % Δ Hardness 4 Shore A Δ Volume 1.4 % Mobil TriSyntetic 5 W 30, 168 h at 150 C Δ Tensile strength 11 % Δ Elongation at break 6 % Δ Volume 0.9 % Shell Myrina TX 10 W 40, 168 h at 150 C Δ Tensile strength 14 % Δ Elongation at break 12 % Δ Hardness 0 Shore A Δ Volume 0.6 % ATF Mercon (Dexron III), 1,000 h at 150 C Δ Tensile strength 6 % Δ Elongation at break 4 % Δ Hardness 2 Shore A Δ Volume 2.6 % ATF Mercon (Dexron III), 500 h at 150 C Δ Tensile strength 14 % Δ Elongation at break 3 % Δ Volume 2.3 % ATF Mercon (Dexron III), 168 h at 150 C Δ Tensile strength 13 % Δ Elongation at break 0 % Δ Hardness 5 Shore A Δ Volume 2.3 % Revised: 02/25/2014 Solvay Specialty Polymers Page 6 of 8

7 C20 oil/diesel oil/h 2 O (45/45/10), 168 h at 120 C Δ Tensile strength 3 % Δ Elongation at break 9 % Δ Hardness 2 Shore A Δ Volume 1.7 % GL-5 80 W 90 gear oil, 500 h at 150 C Δ Tensile strength 21 % Δ Elongation at break 5 % Δ Volume 2.3 % GL-5 80 W 90 gear oil, 168 h at 150 C Δ Tensile strength 8 % Δ Elongation at break 0 % Δ Volume 4.1 % GL-5 with 6% Sturaco 7098, 70 h at 150 C Δ Tensile strength 40 % Δ Elongation at break 31 % Δ Volume 2 % GL-5 with 6% Sturaco 7098, 168 h at 150 C Δ Tensile strength 38 % Δ Elongation at break 27 % Δ Hardness 0 Shore A Δ Volume 2 % Prestone /DI water (50/50), 168 h at 150 C Δ Tensile strength 8 % Δ Elongation at break 3 % Δ Hardness 5 Shore A Δ Volume 3.3 % Revised: 02/25/2014 Solvay Specialty Polymers Page 7 of 8

8 Te c n o fl o n BR 9151 Dex Cool TM /DI water (50/50), 168 h at 150 C Tensile strength 13 % Elongation at break 1 % Hardness 6 Shore A Volume 3 % Ehylene Glicol/DI water/power Cool 3000 (48.5/48.5/3), 168 h at 150 C Tensile strength 9 % Elongation at break 0 % Hardness 5 Shore A Volume 3.3 % FIAT Tutela, 168 h at 160 C Tensile strength 17 % Elongation at break 3 % Hardness 4 Shore A Volume 2.2 % H 2 O/Paraflu (50/50), 168 h at 150 C Tensile strength 9 % Elongation at break 18 % Hardness 4 Shore A Volume 2.9 % H 2 O/Ethylene Glycol (50/50), 168 h at 160 C Tensile strength 25.5 % Elongation at break 5.5 % Hardness 3 Shore A Volume 0.7 % SpecialtyPolymers.EMEA@solvay.com Europe, Middle East and Africa SpecialtyPolymers.Americas@solvay.com Americas SpecialtyPolymers.Asia@solvay.com Asia Pacific Material Safety Data Sheets (MSDS) are available by ing us or contacting your sales representative. Always consult the appropriate MSDS before using any of our products. Neither Solvay Specialty Polymers nor any of its affiliates makes any warranty, express or implied, including merchantability or fitness for use, or accepts any liability in connection with this product, related information or its use. Some applications of which Solvay s products may be proposed to be used are regulated or restricted by applicable laws and regulations or by national or international standards and in some cases by Solvay s recommendation, including applications of food/feed, water treatment, medical, pharmaceuticals, and personal care. Only products designated as part of the Solviva family of biomaterials may be considered as candidates for use in implantable medical devices. The user alone must finally determine suitability of any information or products for any contemplated use in compliance with applicable law, the manner of use and whether any patents are infringed. The information and the products are for use by technically skilled persons at their own discretion and risk and does not relate to the use of this product in combination with any other substance or any other process. This is not a license under any patent or other proprietary right. All trademarks and registered trademarks are property of the companies that comprise Solvay Group or their respective owners Solvay Specialty Polymers. All rights reserved. R 02/25/2014 Design by ahlersheinel.com