Solvay FKM Tecnoflon PFR 5910M Fluoroelastomer Resin
Solvay FKM Tecnoflon PFR 5910M Fluoroelastomer Resin: Solvay FKM Tecnoflon PFR 5910M Fluoroelastomer Resin. Explore properties, applications, and Solvay
Solvay FKM Tecnoflon PFR 5910M Fluoroelastomer Resin is covered in this guide with a practical overview of properties, applications, and material selection points relevant to engineering teams.
Solvay FKM Tecnoflon PFR 5910M
Key attributes
Other attributes
Packaging and delivery
Solvay Tecnoflon FKM Grade :
Tecnoflon® N 535
Tecnoflon® P 457
Tecnoflon® FOR 7380K
Tecnoflon® FOR 210
Tecnoflon® P 459
Tecnoflon® FOR 7353
Tecnoflon® FOR 5361
Tecnoflon® P 549L
Tecnoflon® FOR 5351/5351/U
Tecnoflon® P 959
Tecnoflon® P 757
Tecnoflon® T 636
Tecnoflon® FOR 9381/9385 F
Tecnoflon® FOR 5381
Tecnoflon® FOR 6363A
Tecnoflon® FOR 4391
Tecnoflon® FOR 539
Tecnoflon® FOR 60K
Tecnoflon® N935
Tecnoflon® PL 557
Tecnoflon® PL 958
Tecnoflon® FKM fluoroelastomers consist of copolymers and terpolymers with a fluorine content of 66% and 68-70% respectively. They are available as base polymers (gumstock) or products formulated with ionic or peroxide curable systems.
Ionic Curable FKM
Ionic curable FKM materials have a good balance of mechanical properties and sealing performance along with ease of processing. They are available as base polymers (gumstock) or grades formulated with incorporated cure systems (denoted by the FOR prefix in the grade name). A variety of possible combinations of viscosity, cure rate, and cross-link density make them suitable for any molding process. The HS copolymers are designed for low post-cure cycles. Rubber-to-metal bonding grades are available for all molding techniques.
* Copolymers are versatile polymers based on VDF and HFP monomers and have a fluorine content of 66%.
* Terpolymers offer better chemical resistance than copolymers due to their higher fluorine content (68-70%).
* Low-temperature terpolymers provide chemical resistance similar to ionic curable copolymers. Polymers have a fluorine content of 65.5% and they exhibit a lower glass transition temperature (Tg).
Peroxide curable FKM grades have the same fluorine content as ionic curable FKM products, yet offer better chemical resistance due to the curing process, making them suited for more severe end-use environments. These materials provide good flexibility at low temperatures, low post cure, optimum compression set, and good bonding to metal. Peroxide curable Tecnoflon® FKM products offer superior mold flow, excellent mold release and ease of processing via compression, extrusion, transfer or injection molding.
* Standard peroxide curable FKM (P Series) General purpose grades with excellent chemical resistance to different media.
* Base resistant FKMs (BR Series) Special class of peroxide curable grades designed to withstand caustic chemicals, such as concentrated sour gas found in oil & gas environments as well as aggressive engine oils, gear lubricants, transmission fluids and coolants.
* Low-Temperature FKMs (PL Series) Same benefits as the P Series polymers along with extended low-temperature service for automotive, aerospace and oil & gas applications.
* Extreme Low-Temperature FKM (VPL Series) Provide outstanding low-temperature sealing properties along with excellent resistance to harsh fluids and chemicals. Broad product selection includes grades with TR10 values ranging from -30°C (-22°F) down to
-45°C (-49°F). Typical applications include high-performance fuel injector O-rings and sealing components for oil field and aerospace applications.
Tecnoflon® PFR 5910M and PFR 5920M are perfluoroelastomers (FFKM) designed for high performance applications where both purity andchemical resistance are required, mainly for semiconductor manufacturing applications. Tecnoflon® PFR 5910M and PFR 5920M containvery finely dispersed particles of PTFE which acts as organic filler: it reinforces the materials without the use of conventionalcontaminating fillers, such as carbon black or minerals. Mineral fillers such as BaSO4, TiO2, SiO2, aluminum oxide and aluminumsilicate exhibit high plasma resistance: they can therefore shield the polymer, but may contaminate the chamber by leavingdiscrete particles as soon as the polymer is etched by plasma. On the other hand, PTFE and FFKMs have similar etching rates, sothat polymeric filled compounds can be completely etched to form volatiles, significantly reducing the potential for particlegeneration. The main properties of Tecnoflon® PFR 5910M and PFR 5920M are as follows:
– High purity (low amount of extractables)
– Very good oxygen and fluorine plasma resistance
– Very low particle generation
– Low outgassing
– Low friction
– High abrasion resistance
– Low modulus
– Excellent mechanical and sealing properties
Delivery method：
By Express 1KG-100KG
By Air 100KG-500KG
By Sea >500KG
By Express(FEDEX, UPS, DHL, TNT, EMS, etc...)
Advantage: Fast ( takes about 7 -10 days in the delivery )by door to door service ---Disadvantage: expensive By Air Transportation
Advantage: Fast ( takes about 8 - 12 days ) and cheaper than Express. ---Disadvantage: Customer need to take the goods from the airport. By Sea( Ocean ) Transportation
Advantage: Much cheaper than Express or Air transportation.
Disadvantage: Slow and customer need to take the goods from the destination port.
