A-Z index

KEPSTAN® is a high-performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. KEPSTAN® is a unique member of the PAEK family, with distinctive structural features allowing for unrivalled possibilities in the control of crystallinity. These features include a high Ketone content and a co-polymer structure, incorporating Terephtalic and Isophtalic moieties. The 6000 Series corresponds to the pseudo-amorphous products of the KEPSTAN® family, offering the lowest melting point and the slowest crystallization behavior, while keeping Tg close to 160°C. These properties allow for lower processing temperatures (as low as 320-330°C), and lead to amorphous or semi crystalline structures, depending on processing technologies and cooling conditions. The properties reported in the data sheet correspond to the amorphous state of the PEKK polymer. KEPSTAN® 6001 is a very low flow grade of pure unfilled PEKK resin designed to meet the requirements of processing technologies requiring high viscosity, including among others extrusion, calendering, thermoforming, but also injection molding and powder coating.

KEPSTAN® is a high-performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. KEPSTAN® is a unique member of the PAEK family, with distinctive structural features allowing for unrivalled possibilities in the control of crystallinity. These features include a high Ketone content and a co-polymer structure, incorporating Terephtalic and Isophtalic moieties. The 6000 Series corresponds to the pseudo-amorphous products of the KEPSTAN® family, offering the lowest melting point and the slowest crystallization behavior, while keeping Tg close to 160°C. These properties allow for lower processing temperatures (as low as 320-330°C), and lead to amorphous or semi crystalline structures, depending on processing technologies and cooling conditions. The properties reported in the data sheet correspond to the amorphous state of the PEKK polymer. KEPSTAN® 6003 is a high flow grade of pure unfilled PEKK resin designed to be suitable for processing technologies requiring fluidity, including among others cast film extrusion, injection molding, fiber impregnation, powder coating, bonding, welding and additive manufacturing.

KEPSTAN® is a high-performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. KEPSTAN® is a unique member of the PAEK family, with distinctive structural features allowing for unrivalled possibilities in the control of crystallinity. These features include a high Ketone content and a co-polymer structure, incorporating Terephtalic and Isophtalic moieties. The 6000 Series corresponds to the pseudo-amorphous products of the KEPSTAN® family, offering the lowest melting point and the slowest crystallization behavior, while keeping Tg close to 160°C. These properties allow for lower processing temperatures (as low as 320-330°C), and lead to amorphous or semi crystalline structures, depending on processing technologies and cooling conditions. The properties reported in the data sheet correspond to the amorphous state of the PEKK polymer. KEPSTAN® 6003 is a high flow grade of pure unfilled PEKK resin designed to be suitable for processing technologies requiring fluidity, including among others cast film extrusion, injection molding, fiber impregnation, powder coating, bonding, welding and additive manufacturing.

KEPSTAN® 6010G30 resin is a glass fiber reinforced compound, based on the 6000 series of KEPSTAN® resins. This series represents the pseudo-amorphous products of the KEPSTAN® family, offering the lowest melting point and the slowest crystallization behavior, while keeping Tg close to 160°C. These properties allow for lower processing temperatures and lead to glassy or semi-crystalline structures, depending on processing technologies and cooling conditions. KEPSTAN® 6010G30 resin is a low flow grade, suitable for extrusion, compression and injection molding.KEPSTAN® 6010G30 resin is available in pellet form and standard packaging is 20 kg boxes.

KEPSTAN® is a high-performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. Among the KEPSTAN® family, the 7000 Series benefits uniquely from PEKK crystalline capabilities while reducing significantly processing temperatures compared to the more crystalline 8000 Series. With a lower melting temperature and a Tg still above 160°C, the KEPSTAN® 7000 Series resins are very valued in all processes where a delayed or slower crystallization is key to ease thermoforming, to improve interlayer adhesion and to reduce internal stresses. KEPSTAN® 7001 is a very low flow grade designed for extrusion processes requiring high viscosity resins. It is particularly suitable to make sheets by extrusion calendering; sheets can be produced in amorphous state up to a few mm in thickness. Appropriate thermoforming conditions allow deep draw forming and in-mold crystallization. KEPSTAN® 7001 is also suitable for other extrusion processes to make rods, pipes and various profiles.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. Among the KEPSTAN® family, the 7000 Series benefits uniquely from PEKK crystalline capabilities while reducing significantly processing temperatures compared to the more crystalline 8000 Series. With a lower melting temperature and a Tg still above 160°C, the KEPSTAN® 7000 Series resins are very valued in all processes where a delayed or slower crystallization is key to ease thermoforming, to improve interlayer adhesion and to reduce internal stresses. They are for instance highly enabling in the field of continuous fiber composites for structural applications, and in filament additive manufacturing technologies with or without continuous fibers. KEPSTAN® 7000 Series includes a very low flow grade, KEPSTAN® 7001, a medium flow grade, KEPSTAN® 7002, and a high flow grade, KEPSTAN® 7003, all unfilled PEKK resins designed to meet the requirements of a broad range of melt processing technologies, including among others extrusion, thermoforming, injection molding, fiber impregnation, composite consolidation and forming technologies, filament additive manufacturing. KEPSTAN® is available in pellet form as well as in flake and in powder form with different particle sizes. Standard packaging includes 20 kg boxes for pellets, 40kg drums for flakes and 10 kg boxes for powders.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. Among the KEPSTAN® family, the 7000 Series benefits uniquely from PEKK crystalline capabilities while reducing significantly processing temperatures compared to the more crystalline 8000 Series. With a lower melting temperature and a Tg still above 160°C, the KEPSTAN® 7000 Series resins are very valued in all processes where a delayed or slower crystallization is key to ease thermoforming, to improve interlayer adhesion and to reduce internal stresses. They are for instance highly enabling in the field of continuous fiber composites for structural applications, and in filament additive manufacturing technologies with or without continuous fibers. KEPSTAN® 7000 Series includes a very low flow grade, KEPSTAN® 7001, a medium flow grade, KEPSTAN® 7002, and a high flow grade, KEPSTAN® 7003, all unfilled PEKK resins designed to meet the requirements of a broad range of melt processing technologies, including among others extrusion, thermoforming, injection molding, fiber impregnation, composite consolidation and forming technologies, filament additive manufacturing. KEPSTAN® is available in pellet form as well as in flake and in powder form with different particle sizes. Standard packaging includes 20 kg boxes for pellets, 40kg drums for flakes and 10 kg boxes for powders.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. The 8000 Series offers the highest glass transition temperature and the highest degree of crystallinity, leading to the best tensile and compression strengths among both KEPSTAN® copolymers family and PAEK resins. KEPSTAN® 8000 Series includes a very low flow grade, KEPSTAN® 8001, a medium flow grade, KEPSTAN® 8002, and a high flow grade KEPSTAN® 8003, all unfilled pure PEKK resins designed to meet the requirements of a broad range of melt processing technologies, including among others extrusion of stock shapes, tubes, films, extrusion compression, compression molding, compounding, injection molding of thick or complex and thin-walled parts. KEPSTAN® is available in pellet form and as well as in flake. Standard packaging includes 20 kg boxes for pellets and 40 kg drums for flakes.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. The 8000 Series offers the highest glass transition temperature and the highest degree of crystallinity, leading to the best tensile and compression strengths among both KEPSTAN® copolymers family and PAEK resins. KEPSTAN® 8000 Series includes a very low flow grade, KEPSTAN® 8001, a medium flow grade, KEPSTAN® 8002, and a high flow grade KEPSTAN® 8003, all unfilled pure PEKK resins designed to meet the requirements of a broad range of melt processing technologies, including among others extrusion of stock shapes, tubes, films, extrusion compression, compression molding, compounding, injection molding of thick or complex and thin-walled parts. KEPSTAN® is available in pellet form and as well as in flake. Standard packaging includes 20 kg boxes for pellets and 40 kg drums for flakes.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. The 8000 Series offers the highest glass transition temperature and the highest degree of crystallinity, leading to the best tensile and compression strengths among both KEPSTAN® copolymers family and PAEK resins. KEPSTAN® 8000 Series includes a very low flow grade, KEPSTAN® 8001, a medium flow grade, KEPSTAN® 8002, and a high flow grade KEPSTAN® 8003, all unfilled pure PEKK resins designed to meet the requirements of a broad range of melt processing technologies, including among others extrusion of stock shapes, tubes, films, extrusion compression, compression molding, compounding, injection molding of thick or complex and thin-walled parts. KEPSTAN® is available in pellet form and as well as in flake. Standard packaging includes 20 kg boxes for pellets and 40 kg drums for flakes.

KEPSTAN® is a high-performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. KEPSTAN® 8010C30 is carbon fiber reinforced compound, based on the 8000 series of KEPSTAN® resins. This grade offers the highest glass transition temperature and the highest crystallization rate, leading to very high strength and stiffness. KEPSTAN® 8010C30 is low flow grade, suitable for extrusion, compression and injection molding. KEPSTAN® 8010C30 is available in pellet form, and standard packaging is 20 kg boxes.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. KEPSTAN® 8010C40 is carbon fibre reinforced compound, based on the 8000 series of KEPSTAN® resins. This grade offers the highest glass transition temperature and the highest crystallization rate, leading to very high strength and stiffness. KEPSTAN® 8010C40 is low flow grades, suitable for extrusion, compression and injection moulding. KEPSTAN® 8010C40 is available in pellet form, and standard packaging is 20 kg boxes.

KEPSTAN® is a high performance thermoplastic material, based on PolyEtherKetoneKetone (PEKK) highly stable chemical backbone. Its semi crystalline structure in solid state offers an outstanding combination of mechanical and thermal strength together with chemical and fire resistance. KEPSTAN® 8010G30 is glass fiber reinforced compounds, based on the 8000 series of KEPSTAN® resins. This grade offers the highest glass transition temperature and the highest crystallization rate, leading to very high strength and stiffness. KEPSTAN® 8010G30 is low flow grades, suitable for extrusion, compression and injection molding. KEPSTAN® 8010G30 is available in pellet form, and standard packaging is 20 kg boxes.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics:chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical andThermo mechanical properties KYNAR® 1000 HD resin is a standard grade of granules for compression and transfer molding, for extrusion of thick walled parts: blocks, rods, plaques, tubes

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo mechanical properties. Kynar® 1000 HDP resin is a standard grade of granules for compression and transfer molding, for extrusion of thick walled parts: blocks, rods, plaques, tubes.

KYNAR® resins are fluorinated thermoplastic homopolymers. The properties are the same as standard grade: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. More over, this grade is electrically conductive This grade is available as pellet form for injection, extrusion, compression

KYNAR® resins are fluorinated thermoplastic homopolymers. The properties are the same as standard grade: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior with a higher HDT This grade is especially modified in order to have a reduced mold shrinkage, low thermal expansion factor Moreover, this grade has an increased thermal and electrical conductivity This grade is available as pellet form for injection, extrusion, compression

KYNAR® resins are fluorinated thermoplastic homopolymers. KYNAR® 400 HDC M800 resin is a thermoplastic fluorinated polymer. This product has been designed for Oil & Gas applications.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 4000 HD resin is a standard grade of granules for injection molding.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 4000 HDP resin is a standard grade of granules for injection molding.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics:chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical andThermo-mechanical properties This product is NSF/ANSI/CAN 61 certified This product is NSF/ANSI/CAN 61 certified  KYNAR® 460 resin is a standard grade of granules for extrusion of tubes, cables and plaques, compression and transfer molding

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. Kynar® 460 resin is a standard grade of granules for extrusion of tubes, cables and plaques, compression and transfer molding.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 461 resin is a standard grade of powder for extrusion of tubes, cables and plaques, compression and transfer molding.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 461F resin is a standard grade of powder for extrusion of tubes, cables and plaques, compression and transfer molding.

Kynar 500® PLUS PVDF resin is used by leading coating formulators as a base vehicle in long-life coatings for aluminum, galvanized steel and aluminized steel. Today, Kynar 500® PLUS PVDF resin-based metal coatings provide billions of square feet of protection against weathering, aging and pollution on commercial, industrial, institutional and residential buildings around the globe. The capability of Kynar 500® PLUS resins to deliver long-term durability is unparalleled in the industry. Introduced in 1965, Kynar 500® PLUS resin-based coatings were the original high performance finishes for architectural metal. According to a recent survey, Kynar 500® PLUS finishes are still the architect’s first choice.

Kynar 500® FSF® PVDF resin is used by leading coating formulators as a base vehicle in long-life coatings for aluminum, galvanized steel and aluminized steel. Today, Kynar 500® FSF® PVDF resin-based metal coatings provide billions of square feet of protection against weathering, aging and pollution on commercial, industrial, institutional and residential buildings around the globe. The capability of Kynar 500® resins to deliver long-term durability is unparalleled in the industry. Introduced in 1965, Kynar 500® resin-based coatings were the original high performance finishes for architectural metal. According to a recent survey, Kynar 500® finishes are still the architect’s first choice.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics:chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical andThermo-mechanical properties KYNAR® 6000 HD resin is a standard grade of granules for injection molding.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 6000 HDP resin is a standard grade of granules for injection molding.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 710 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion. This product is NSF/ANSI/CAN 61 certified. A powder form is available as KYNAR® 711 resin.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 710 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion. This product is NSF/ANSI/CAN 61 certified. A powder form is available as Kynar® 711 resin.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 720 resin is a standard grade of granules for injection molding. This product is NSF/ANSI/CAN 61 certified. A powder form is available as KYNAR® 721 resin.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 720 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion. This product is NSF/ANSI/CAN 61 certified.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties, resistant to gamma, steam and ETO sterilization. KYNAR® 720 MED resin is a standard grade of granules for extrusion and injection molding. This product is compliant with the EU positive list. Upon request, letters regarding USP Class VI and ISO10993 part 4 and 5 compliance can be provided.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 720 resin is a standard grade of granules for injection molding. This product is NSF/ANSI/CAN 61 certified.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 720 S resin is a stabilized grade of granules for injection molding. This product is NSF/ANSI/CAN 61 certified.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 720 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion. This product is NSF/ANSI/CAN 61 certified. A powder form is available as Kynar® 721 resin.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 740 resin is a standard grade of granules for extrusion of tubes and plaques, compression and transfer molding. This product is NSF/ANSI/CAN 61 certified. A powder form is available as KYNAR® 741 resin.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 740 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion. This product is NSF/ANSI/CAN 61 certified.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 740 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion. This product is NSF/ANSI/CAN 61 certified.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 740 HDP resin is a stabilized grade of granules for extrusion of tubes and plaques, compression and transfer molding.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties.

KYNAR® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR® 9000 HD resin is a standard grade of granules for injection molding of thin walled parts and multifilament extrusion.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 9000 HDP resin is a standard grade of granules for injection molding of thin walled parts and multifilament extrusion.

Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® 9000F HD resin is a standard grade of granules for injection molding of thin walled parts and multifilament extrusion.

KYNAR ADS is a terpolymer of vinylidene fluoride and perfluorinated monomers. Solution formulations using KYNAR ADS can be air dried or force dried to yield a high quality coating. Air dry film formation capability of KYNAR ADS, from solution, makes it suitable for application over such heat sensitive materials as wood, plastic, paper, and cloth, as well as metal substrates.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® ADX 120 resin is a semi-crystalline functionalized hompolymer designed for co-extrusion with other materials to improve interlayer adhesion. It is particularly suited to tubing, pipe and film co-extrusion applications. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. More over, this grade increases the potential of adhesion on materials as polyamides, polyolefins and can be coextruded.

KYNAR® resins are fluorinated thermoplastic homopolymers. KYNAR® ADX 1720-03 resin is a thermoplastic fluorinated functionalized polymer. The properties are the same as standard grade: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. More over, this grade increases the potential of adhesion on materials as polyamides, polyolefins and can be coextruded.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® ADX 2250-05 resin is a semi-crystalline flexible functionalized copolymer designed for co-extrusion with other materials to improve interlayer adhesion. It is particularly suited to tubing, pipe and film co-extrusion applications. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. More over, this grade increases the potential of adhesion on materials as polyamides, polyolefins and can be coextruded.

KYNAR® ADX FLEX 281 G Is a grafted PVDF powder designed for coating metal parts under extremely severe chemical environments. They provide superior protection against corrosion caused by chemical compounds. Please consult Arkema literature for application method and recommendations.

KYNAR® ADXFLEX 281 G Is a grafted PVDF powder designed for coating metal parts under extremely severe chemical environments. They provide superior protection against corrosion caused by chemical compounds. Please consult Arkema literature for application method and recommendations.

KYNAR AQUATEC® is an innovative platform of emulsions, which are used by paint formulators to make premium weatherable water-based coatings. Coatings formulated with these emulsions can provide the durability and performance of traditional KYNAR 500® based coatings. They can easily be applied to a variety of substrates, including metals, plastics, wood, concrete, textiles, and previously painted surfaces. Now, the extreme weatherability of a KYNAR 500® based coating is available in a VOC-compliant, field or factory applied, ambient air-dry system. Additional benefits include tremendous resistance to dirt pick-up, outstanding water repellency, and high initial and long-term Total Solar Reflectance and Emissivity.

KYNAR AQUATEC® is an innovative platform of emulsions, which are used by paint formulators to make premium weatherable water-based coatings. Coatings formulated with these emulsions can provide the durability and performance of traditional KYNAR 500® based coatings. They can easily be applied to a variety of substrates, including metals, plastics, wood, concrete, textiles, and previously painted surfaces. Now, the extreme weatherability of a KYNAR 500® based coating is available in a VOC-compliant, field or factory applied, ambient air-dry system. Additional benefits include tremendous resistance to dirt pick-up, outstanding water repellency, and high initial and long-term Total Solar Reflectance and Emissivity.

KYNAR AQUATEC® is an innovative platform of emulsions, which are used by paint formulators to make premium weatherable water-based coatings. Coatings formulated with these emulsions can provide the durability and performance of traditional KYNAR 500® based coatings. They can easily be applied to a variety of substrates, including metals, plastics, wood, concrete, textiles, and previously painted surfaces. Now, the extreme weatherability of a KYNAR 500® based coating is available in a VOC-compliant, field or factory applied, ambient air-dry system. Additional benefits include tremendous resistance to dirt pick-up, outstanding water repellency, and high initial and long-term Total Solar Reflectance and Emissivity.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, barrier properties and high purity. KYNAR FLEX® 2750-01 resin is a grade of granules to be used where maximum flexibility or impact strength is required. This product is NSF/ANSI/CAN 61 certified.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, barrier properties and high purity. Kynar Flex® 2750-10 resin is a grade of granules to be used where maximum flexibility or impact strength is required. This product is NSF/ANSI/CAN 61 certified.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, barrier properties and high purity. KYNAR FLEX® 2751-00 resin is a powder grade where maximum flexibility or impact strength is required.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, barrier properties and high purity. Kynar Flex® 2751-00 resin is a powder grade where maximum flexibility or impact strength is required.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR FLEX® 2800-00 resin is a standard grade of granules, compared to the homopolymer grades, which exhibits a lower modulus, a better resistance to stress cracking in alkaline and oxidizing media, and a lower melting point. For cable coating, extrusion of tube and plaque, compression molding of bulky parts. Additional characteristics: - Easily processed using conventional equipment - Excellent thermal stability - Retains properties after aging - Pigmentable - UL RTI temperature rating 125ºC - Radiation crosslinking

Kynar Flex® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar Flex® 2800-00 resin is a standard grade of granules, compared to the homopolymer grades, which exhibits a lower modulus, a better resistance to stress cracking in alkaline and oxidizing media, and a lower melting point. For cable coating, extrusion of tube and plaque, compression molding of bulky parts. Additional characteristics: - Easily processed using conventional equipment - Excellent thermal stability - Retains properties after aging - Pigmentable - UL RTI temperature rating 125ºC - Radiation crosslinking UL Yellow Card

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR FLEX® 2800-00 resin is a standard grade of granules, compared to the homopolymer grades, which exhibits a lower modulus, a better resistance to stress cracking in alkaline and oxidizing media, and a lower melting point. For cable coating, extrusion of tube and plaque, compression molding of bulky parts. Additional characteristics: - Easily processed using conventional equipment - Excellent thermal stability - Retains properties after aging - Pigmentable - UL RTI temperature rating 125ºC - Radiation crosslinking.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar Flex® 2800-00 resin is a standard grade of granules, compared to the homopolymer grades, which exhibits a lower modulus, a better resistance to stress cracking in alkaline and oxidizing media, and a lower melting point. For cable coating, extrusion of tube and plaque, compression molding of bulky parts. Additional characteristics: - Easily processed using conventional equipment - Excellent thermal stability - Retains properties after aging - Pigmentable - UL RTI temperature rating 125ºC - Radiation crosslinking UL Yellow Card

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® resin is a standard grade of granules, compared to the homopolymer grades, which exhibits a lower modulus, a better resistance to stress cracking in alkaline and oxidizing media, and a lower melting point. For cable coating, extrusion of tube and plaque, injection molding. Additional characteristics: - Easily processed using conventional equipment - Excellent thermal stability - Retains properties after aging - Pigmentable - UL RTI temperature rating 125ºC

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® 2801 resin is the powder form of the KYNAR FLEX® 2800-00 resin. To be used an additive in LLDPE to improve the extrusion rate.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. Kynar Flex® 2801_00M resin is the powder form of the Kynar Flex® 2800-00 resin. To be used an additive in LLDPE to improve the extrusion rate.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® 2821 resin is the powder form of the KYNAR FLEX® 2820-20 resin. To be used as an additive in polyethylene to improve the extrusion rate.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® 2850-00 resin is a standard grade of granules less flexible than the grade KYNAR FLEX® 2800-00 resin with a higher melting point. For extrusion, wire and cable constructions which require an UL wire ratings to 150 degrees C. Also for applications requiring a UL RTI temperature rating of 140 degrees C. A powder form is available as KYNAR FLEX® 2851-00 resin.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 2850-02 has been specifically designed for use in wire and cable constructions which require an Underwriters Laboratories temperature of 150ºC and a Limiting Oxygen Index (LOI) of at least 75. KYNAR FLEX® 2850-02 is easily processed and has excellent physical, mechanical, thermal and flame resistant characteristics. KYNAR FLEX® 2850-02 meets the smoke and flame requirements of UL 910 and ASTM E84 (the Modified Steiner Tunnel Test). This copolymer is commonly used for pipe, wire jacketing, conduits, and in injection molded parts. ADDITIONAL CHARACTERISTICS: • Excellent thermal stability • Excellent abrasion resistance • Impervious to UV degradation • Self extinguishing material • Extremely low smoke emission characteristics • 0/0 rating in ASTM E-84/UL 723

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermomechanical properties. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® 2850-04 resin is a standard grade of granules less flexible than the grade KYNAR FLEX® 2800-20 resin with a higher melting point. It has a UL RTI temperature rating of 140 degrees C.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. KYNAR FLEX® 2850-07 resin is a moderate viscosity version of KYNAR FLEX® 2850-00 resin in for ease of extrusion and co-extrusion. It has a UL RTI temperature rating of 140 degrees C.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. This product is NSF/ANSI/CAN 61 certified. Kynar Flex® 2850-00 resin is a standard grade of granules less flexible than the grade Kynar Flex® 2800-00 resin with a higher melting point. For extrusion, wire and cable constructions which require an UL wire ratings to 150 degrees C.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 2850 PC resin powder coating is a semi-crystalline copolymer of vinylidene fluoride and hexafluoropropylene. It has a special particle size making it ideal for spray applied powder coating on metal substrates for abrasion and corrosion protection.

Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® 2850 PC resin powder coating is a semi-crystalline copolymer of vinylidene fluoride and hexafluoropropylene. It has a special particle size making it ideal for spray applied powder coating on metal substrates for abrasion and corrosion protection

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 2850 WR resin is a copolymer powder designed for rotomolding and rotolining with processing properties and high chemical resistance equivalent to KYNAR FLEX® 2850 resin.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 2900-04 resin is a pelletized, semi-crystalline VF based copolymer. It can be used in extrusion applications such as flexible wire jacketing, or injection molding applications where higher Limiting Oxygen Index is needed for flame and smoke applications. Additional characteristics: - Excellent thermal stability - Excellent abrasion resistance - Extremely flexible and tough

Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® 2950-05 resin is a pelletized, semi-crystalline VF2 based copolymer. It has been designed for wire and cable applications requiring high flexibility and improved resistance to impact.The low molecular weight allows extrusion conditions that reduce jacket shrink back over fiber optic constructions. Additional characteristics: - Excellent thermal stability - Excellent abrasion resistance - Excellent chemical resistance - Impervious to UV degradation - High Limiting Oxygen Index - Extremely low smoke emission characteristics Meets UL910 requirements

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. Electronics and Electrical - Automotive Cables, Foamed PVDF Cable Jacketing, Performance Wire, PVDF Cable Jacketing, Wire and Cables KYNAR FLEX® 3030-10 resin is a copolymer of vinylidene fluoride and hexafluoropropylene specifically designed for automobile cables.

KYNAR FLEX® 3030-15 resin is a copolymer of vinylidene fluoride and hexafluoropropylene specifically designed for flexible plenum cables and tubing. Its main characteristics are: - Very high flexibility - High melting point - Excellent low temperature impact resistance - Plenum rated

KYNAR FLEX® 3030-50 resin is a copolymer of vinylidene fluoride and hexafluoropropylene specifically designed for cable, tubing and heat shrink tubing applications. Characteristics: - Excellent crosslink efficiency - Very high flexibility - High melting point - Excellent low temperature impact resistance A powder form is also available: KYNAR FLEX® 3031-50.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 3120-10 resin is a pelletized, flexible, semi-crystalline copolymer. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® 3120-10 resin is a fluid grade that can be extruded or injection molded to make final products with a 150°C rating. Additional characteristics: - Excellent thermal stability - Excellent abrasion resistance - UL RTI temperature rating of 150°C - Impervious to UV degradation

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 3120-15 resin is easily processed and has excellent physical, mechanical, thermal and flame resistant characteristics Its low viscosity allows easy processing Additional Characteristics: - Excellent thermal stability - Excellent abrasion resistance - High Limiting Oxygen Index - Extremely low smoke emission characteristicsKYNAR FLEX® 3120-15 resinmeets the smoke and flame requirements of UL 910 KYNAR FLEX® 3120-15 resinhas been specifically designed for use in wire and cable constructions which require a 150ºC rating and improve flame and smoke resistance

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 3120-15 resin has been specifically designed for use in wire and cable constructions which require a 150ºC rating and improve flame and smoke resistance. KYNAR FLEX® 3120-15 resin is easily processed and has excellent physical, mechanical, thermal and flame resistant characteristics. Its low viscosity allows easy processing. Additional Characteristics: - Excellent thermal stability - Excellent abrasion resistance - High Limiting Oxygen Index - Extremely low smoke emission characteristics

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® 3121-50 is a pelletized flexible, semi-crystalline VF2 based copolymer. It can be molded or extruded and has a useful temperature range from -40°C - 150°C. KYNAR FLEX® 3120-50 has a UL RTI of 150°C. This product is NSF/ANSI/CAN 61 certified. KYNAR FLEX® 3120-50 can be used in compounding for cross-linkable wire and cable as well as both wire applications requiring low temperature flexibility and high temperature resistance. KYNAR FLEX® 3120-50 also finds use as a polymer processing aid (PPA) for polyolefins. The use of KYNAR FLEX® 3120-50 or KYNAR FLEX 3121-50 at 200 -1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control.

The use of Kynar Flex® PPA 2200 resinat 200 - 1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control

The use of Kynar Flex® PPA 2201 resinat 200 - 1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® PPA 5300 resin is specially designed pellet used as a polymer process aid (PPA) for polyolefins. The use of KYNAR FLEX® PPA 5300 resin at 200 - 1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® PPA 5301 resin is specially designed pellet used as a polymer process aid (PPA) for polyolefins. The use of KYNAR FLEX® PPA 5301 resin at 200 - 1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR FLEX® PPA 8600 resin is specially designed pellet used as a polymer process aid (PPA) for polyolefins. The use of KYNAR FLEX® PPA 8600 resin at 200 - 1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control. This product is also available on a powder form as KYNAR FLEX® PPA 8601 resin.

Kynar® resins are fluorinated thermoplastic homopolymers. Kynar® G100 resin is a crystalline high viscosity polymer of polyvinylidene difluoride. It is an engineering polymer with an outstanding balance of physical strength and high chemical resistance which make it ideal for micro and ultra-filtration membranes for durable water purification and other applications.

Kynar® resins are fluorinated thermoplastic homopolymers. Kynar® G150 resin is a crystalline high viscosity polymer of polyvinylidene difluoride. It is an engineering polymer with an outstanding balance of physical strength and high chemical resistance which make it ideal for micro and ultra-filtration membranes for durable water purification and other applications. Kynar® G150 resin is soluble in selected solvents and can be used in solution processing applications. It is especially recommended for hollow fiber and flat sheet membranes. Kynar® G150 resin has NSF, FDA, and USP Class VI certifications for use in potable water, food processing, and bio- pharma applications.

KYNAR® HSV1800 is a commercial functional homopolymer of vinylidene fluoride, specifically designed to be used as a cathode binder in Lithium Ion Batteries. Main Characteristics: • High adhesion • Excellent cathode slurry stability with Nickel Manganese Cobalt Active Materials • High molecular weight • Functional

KYNAR® resins are fluorinated thermoplastic homopolymers. KYNAR® MG15 resin is a crystalline high viscosity polymer of polyvinylidene difluoride. It is an engineering polymer with an outstanding balance of physical strength and high chemical resistance which make it ideal for micro and ultra-filtration membranes for durable water purification and other applications. KYNAR® MG15 resin is soluble in selected solvents and can be used in solution processing applications. It is especially recommended for hollow fiber and flat sheet membranes. KYNAR® MG15 resin has NSF, FDA, and USP Class VI certifications for use in potable water, food processing, and bio-pharma applications.

KYNAR SUPERFLEX® resin is a thermoplastic fluorinated polymer. The properties are the same as standard grades: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. More over, this grade is very flexible and is suitable in electrical isolation cable, tubing and co-extrusion. This grade is available as pellet form for injection, extrusion, compression.

KYNAR SUPERFLEX® MED is a fluorinated thermoplastic copolymer. The SUPERFLEX® MED has outstanding chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical properties and is resistant to gamma, steam and ETO sterilization. Moreover, this grade is flexible and suitable in medical tubing and film applications. KYNAR SUPERFLEX® 2500-20 MED is available in pellet form for extrusion, injection or compression. This product is tested for USP Class VI and ISO 10993 part 4 and part 5. Letters can be provided upon request.

KYNAR SUPERFLEX® 2500-25 is a pelletized, semi-crystalline VF2 based copolymer with a high Limiting Oxygen Index (LOI). KYNAR SUPERFLEX® 2500-25 is used for extrusion and injection molding applications where high flexibility and/or ductility is required along with extra flame and smoke resistance.

KYNAR SUPERFLEX® resin is a thermoplastic fluorinated polymer. The properties are the same as standard grades: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. More over, this grade is very flexible and is suitable in electrical isolation cable, tubing and co-extrusion. This grade is available as powder form for injection, extrusion, compression.

KYNAR FLEX® resins are fluorinated thermoplastic copolymers. KYNAR Ultraflex® resin is a semi-crystalline copolymer of vinylidene fluoride and hexafluoropropylene. This copolymer is a highly flexible material that can be melt processed using typical melt processing equipment or can be easily put in solution for solution coating process. It can be supplied in as pellets for melt processing or as crumb to facilitate dissolution. This is the most flexible KYNAR FLEX® resin grade available. Additional characteristics: - High flexibility - Toughness - Weatherability - Solution properties