Solef® 11010 PVDF is a medium-viscosity flexible PVDF copolymer resin and is typically processed by extrusion.

Solef® 2042 Latex is an aqueous stabilized dispersion that contains approximately 25% by weight of a high molecular weight chemically modified PVDF copolymer (polyvinylidene fluoride) of medium crystallinity, that gives high adhesion to ceramics and separators in combination with low swelling, ideal for its usage in lithium batteries. Solef® 2042 Latex is useful for applications such as water-based impregnation of separators in Li-Ion batteries and energy storage devices. The main properties of Solef® 2042 Latex are: - Good adhesion to separator and to ceramics - Low swelling in electrolyte - Good wettability by electrolyte - Good flexibility - Good lamination to electrodes

Solef® 21510 PVDF copolymer has medium viscosity and is suitable for extrusion and for solution processing in lithium batteries applications.

Solef® 3108/0903 is a low viscosity PVDF resin, it is anti-static and typically processed by extrusion.

Solef® 31508/0003 PVDF copolymer is a low viscosity and very flexible grade for Wire&Cable applications.

Solef® 31508/0009 PVDF copolymer is a low viscosity and very flexible grade for Wire&Cable applications.

Solef® 31508 PVDF copolymer is a low viscosity and very flexible grade for Wire&Cable applications.

Solef® 41308/0001 PVDF is specifically developed for coextrusion.

Solef® 41308/1001 PVDF is specifically developed for powder coating applications.

Solef® 42308/0001 PVDF is specifically developed for coextrusion.

Solef® 460S/461S PVDF homopolymer has high melt viscosity and is typically processed by extrusion.

Solef® 5000S is a crystalline high molecular weight powder form of polyvinylidene fluoride (PVDF) specifically designed for solvent-based non-architectural coatings. It forms mechanically strong and tough films that have a broad useful temperature range. These films are highly resistant to most environmental conditions including gamma radiation and are essentially transparent to ultraviolet radiation. The weathering characteristics of Solef® 5000S coatings lead to excellent performance for the long term. SAFETY Solef® 5000S is stable at temperatures up to 600°F (316°C). When it is subjected to temperatures above 600°F (316°C) for extended periods of time, hydrogen fluoride (HF) begins to evolve, and at temperatures above 700°F (371°C) HF evolution becomes rapid. Solef® 5000S exhibits excellent flame resistance; however, in case of fire, HF and traces of potentially toxic fluorocarbons can be formed. HF is corrosive, causes burns on contact, and has an American Conference Governmental Industrial Hygienists (ACGIH) Threshold Limit Value (TLV-TWA) of 3 ppm (2.5 mg/m³) (1984). Thermal decomposition of Solef® 5000S to HF can also occur in a bake oven in the event that temperatures are not controlled properly. In the event of fire, use NIOSH approved self-contained breathing apparatus and skin protection to protect against volatile decomposition products. Solef® 5000S can be disposed of in an approved landfill, but should not be incinerated unless permitted by applicable law and provision is made for absorption of HF.

Solef® 5120 PVDF is a medium viscosity grade that gives improved adhesion ideal for its usage in lithium batteries.

Solef® 5130 PVDF is an ultra high viscosity grade that gives the best adhesion ideal for its usage in lithium batteries.

Solef® 5140 PVDF is an ultra high viscosity grade that gives superior adhesion and ultra high viscosity at reduced binder content, ideal for its use as binder in Lithium Ion Batteries.

Solef® 6008 PVDF homopolymer is a low-viscosity PVDF resin and is typically processed by injection molding.

Solef® 6010 PVDF homopolymer has medium viscosity and is typically processed by extrusion.

Solef® 6012 PVDF homopolymer is a high-viscosity PVDF resin and is typically processed by extrusion or compression molding.

Solef® 6020 PVDF homopolymer has very high viscosity for membranes and lithium batteries. It is available exclusively as powder.

Solef® 60512/0550 and Solef® 60512/0150 are PVDF grades compounded with PTFE for extrusion of anti-wear tapes.

Solef® 60512 PVDF copolymer has high viscosity of the melt and it is a grade for offshore piping.

Solef® 75040 PVDF copolymer is a ultra high molecular weight, chemically modified grade that combines excellent adhesion, good flexibility and easy solution process, which makes it ideal for usage in lithium batteries. Main features of Solef® 75040 PVDF are: - Good adhesion - Ultra high molecular weight - Good flexibility

Solef® 75130 PVDF copolymer is a ultra high molecular weight, chemically modified grade that combines excellent adhesion, good flexibility and easy solution process, which makes it ideal for usage in lithium batteries. Main features of Solef® 75130 PVDF are: - Good adhesion - Ultra high molecular weight - Soluble in acetone and ketones - Good flexibility

Carbon fibers reinforced - Injection

Solef® 9007 PVDF homopolymer has low viscosity and is used in film extrusion and injection molding.

Solef® 90615 PVDF copolymer has high viscosity of the melt and it is a grade for offshore piping.

Solef FPCH08/0001 is a low-viscosity PVDF resin typically processed by injection molding.

Solef FPCH09/0001 is a medium-low viscosity PVDF resin typically processed by injection molding.

Solef FPCH10/0001 is a medium-viscosity PVDF resin typically processed by extrusion.

Solef® Latex 2060 is an aqueous dispersion that contains approximately 21% by weight of a high molecular weight PVDF polymer (polyvinylidene fluoride) of high crystallinity. The dispersion is stable against coagulation by conventional means. Solef® Latex 2060 is useful for applications such as water-based impregnation of separators in Li-Ion batteries and energy storage devices. The main properties of Solef® Latex 2060 are: - Good adhesion to separator and to ceramics - Low swelling in hot electrolyte - Good wettability by electrolyte - Good flexibility - Good lamination to electrodes

Solvadura™ 08/1001 is a low-viscosity PVDF resin mainly for film extrusion applications.

Solvadura™ 10/1001 is a medium-viscosity PVDF resin mainly for film extrusion applications.

TECNOFLON® FOR 210 is a very low viscosity cure incorporated fluoroelastomer copolymer. Tecnoflon® FOR 210 is mainly intended for blending with other polymers of the Tecnoflon® family to achieve the desired viscosity. Tecnoflon® FOR 210 was developed with a new curing system that improves the physical properties of the finished product. Processing characteristics such as flow and scorch safety are also enhanced. Tecnoflon® FOR 210 is well suited for applications were superior flow, mold release and excellent compression set are required. Some of the basic properties of Tecnoflon® FOR 210 are: - Excellent scorch safety - Superior mold flow - Very good mold release - Lack of mold fouling - Low compression set - Good extrusion behaviour Tecnoflon® FOR 210 can be used for injection and transfer moulding of O-rings, gaskets, and seals. The product can be mixed using typical fluoroelastomers compounding ingredients and mixing can be accomplished with two-roll mills or internal mixers. The material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 3390 is a medium viscosity cure incorporated fluoroelastomer terpolymer (FKM) with high fluorine content (70 % wt). Tecnoflon® FOR 3390 is designed for applications requiring outstanding fuel and chemical resistance. Some of the basic properties of Tecnoflon® FOR 3390 are: - Good scorch safety - Reduced mold fouling - Excellent mold release - Excellent resistance to fuels - Very good heat resistance - Very good compression set TECNOFLON® FOR 3390 can be used for compression, injection and transfer moulding of shaft seals, valve stem seals, gaskets or any item requiring excellent chemical resistance. This material can be combined with the cure system and other typical fluoroelastomers compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. TECNOFLON® FOR 3390 can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 421/U is a low viscosity cure incorporated fluoroelastomer copolymer. This grade is well suited for applications where superior flow, mold release, and excellent compression set are required. Tecnoflon® FOR 421/U can be compounded to meet the major fluoroelastomer specifications. Some of the basic properties of Tecnoflon® FOR 421/U are: - Very fast cure rate - Very good scorch safety - Superior mold flow - Excellent mold release - Lack of mold fouling - Excellent compression set - Good extrusion TECNOFLON® FOR 421/U can be used for injection and transfer moulding of O-rings, gaskets, and seals. The product can be mixed using typical fluoroelastomers compounding ingredients and mixing can be accomplished with two-roll mills or internal mixers. The material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 5312K is a medium-low viscosity cure incorporated fluoroelastomer copolymer. This grade contains proprietary cure system and special processing aid providing superior processability. Tecnoflon® FOR 5312K is designed to improve bonding in any application requiring adhesion to metal. In shaft seals or valve stem seals production, Tecnoflon® FOR 5312K greatly reduces the reject rate due to adhesion and molding problems. Some of the basic properties of Tecnoflon® FOR 5312K are: - Superior bonding to metal - Very good scorch safety - Outstanding processability - Lack of mold fouling - Excellent hot tear resistance - Excellent mold release TECNOFLON® FOR 5312K can be used for injection and transfer moulding of gaskets and seals. The product can be mixed using typical fluoroelastomers compounding ingredients and mixing can be accomplished with two-roll mills or internal mixers. The material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 532 is a medium viscosity cure incorporated fluoroelastomer copolymer. This grade is well suited for applications where excellent compression set and superior mold release, are required. It can be compounded to meet MIL-R83428B and other major fluoroelastomer specifications. Some of the basic properties of Tecnoflon® FOR 532 are: - Very fast cure rate - Excellent scorch safety - Good mold flow - Superior mold release - Lack of mold fouling - Very low compression set TECNOFLON® FOR 532 can be used for compression and transfer moulding of O-rings, gaskets, and seals. The product can be mixed using typical fluoroelastomers compounding ingredients and mixing can be accomplished with two-roll mills or internal mixers. The material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 5351/U is a low viscosity cure incorporated fluoroelastomer copolymer. This grade has excellent flow and good compression set. Tecnoflon® FOR 5351/U can be used for molded items with complicated shapes which require a very good hot tear resistance for part removal. Some of the basic properties of Tecnoflon® FOR 5351/U are: - Very fast cure rate - Very good scorch safety - Superior mold flow - Excellent mold release - Lack of mold fouling - Low compression set - High elongation - Excellent hot tear strength TECNOFLON® FOR 5351/U can be used for injection and transfer moulding of gaskets and seals. The product can be mixed using typical fluoroelastomers compounding ingredients and mixing can be accomplished with two-roll mills or internal mixers. The material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 5361 is a low viscosity cure incorporated fluoroelastomer terpolymer designed to provide improved low temperature characteristics. Tecnoflon® FOR 5361 exhibits the same excellent heat and chemical resistance expected from Tecnoflon® copolymers. Some of the basic properties of Tecnoflon® FOR 5361 are: - Improved low temperature performance - Good chemical resistance - Good heat resistance - Very low compression set - Excellent mould release - Lack of mould fouling - Superior mould flow Tecnoflon® FOR 5361 can be used for injection, compression and transfer molding of O-rings, diaphragms, gaskets, seals, moulded shapes or other items requiring improved low temperature performance. Tecnoflon® FOR 5361 can be combined with the cure system and other typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. This material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.

TECNOFLON® FOR 537 is a low viscosity cure incorporated fluoroelastomer copolymer. This grade is especially suited for injection molding of O-rings and sealing components which must meet demanding specifications. Tecnoflon® FOR 537 contains a proprietary cure system and a special processing aid providing superior processability for fast cycles and scorch safety. It has been particularly designed to offer improved characteristics such as flow, mold release, scorch safety and faster cycles at higher molding temperatures. Some of the basic properties of Tecnoflon® FOR 537 are: - Best for high duro and non black compounds - O-ring curative level - Low viscosity - Improved scorch safety - Easiest mold release, no mold fouling TECNOFLON® FOR 537 can be used for injection and transfer moulding of O-rings, gaskets, and seals. The product can be mixed using typical fluoroelastomers compounding ingredients and mixing can be accomplished with two-roll mills or internal mixers. The material can be extruded into hoses or profiles and can be calendered to make sheet stocks or belting. Finished goods can be produced by a variety of rubber processing methods.