3M™ Dyneon™ Fluoroplastic PVDF 11008/0001    PVDF is ideal for multiple applications across a wide array of industries. Widely used in the chemical processing, wire and cable, semiconductor, and oil and gas industries. PVDF is also gaining recognition in automotive, building, electronics, food processing, pharmaceutical and battery applications. PVDF 11008/0001 combines excellent chemical resistance, dimensional stability and excellent flame and smoke resistance with a moderate degree of flexibility. (For applications requiring high degrees of flexibility, see our 30000 series copolymers.) PVDF 11008/0001 has set the standard for plenum rating jacketing and tubes, consistently achieving UL 150°C rating in numerous cable constructions and fiber raceway designs. Features and Benefits - PVDF 11008/0001 is a copolymer of VF 2 and HFP (hexafluoropropylene) - Improved flexibility over PVDF homopolymers - Ideal for applications where high strength and a moderate degree of flexibility are required - Ideal for high speed extrusion - Excellent weatherability - Good chemical resistance - Long term use temperatures up to 150°C (302°F) - Processable using most conventional thermoplastic conversion techniques
3M™ Dyneon™ Fluoroplastic PVDF 11008/0003    PVDF is ideal for multiple applications across a wide array of industries. Widely used in the chemical processing, wire and cable, semiconductor, and oil and gas industries, PVDF is also gaining recognition in automotive, building, electronics, food processing, pharmaceutical and battery applications. PVDF 11008/0003 combines excellent chemical resistance, dimensional stability and excellent flame and smoke resistance with a moderate degree of flexibility. (For applications requiring high degrees of flexibility, see our 30000 series copolymers.) PVDF 11008/0003 has set the standard for plenum rating jacketing and tubes, consistently achieving UL 150°C rating in numerous cable constructions and fiber raceway designs. Features and Benefits - PVDF 11008/0003 is a copolymer of VF 2 and HFP (hexafluoropropylene) - Improved flexibility over PVDF homopolymers - Very low smoke and low flame generation - Ideal for applications where high strength and a moderate degree of flexibility are required - Ideal for high speed extrusion - Excellent weatherability - Good chemical resistance - Long term use temperatures up to 150°C - Processable using most conventional thermoplastic conversion techniques
3M™ Dyneon™ Fluoroplastic PVDF 11010/0000    3M™ Dyneon™ PVDF 11010/0000 is a copolymer of VF 2 and HFP (hexafluoropropylene). Recommended for flared tubing, it combines excellent chemical resistance, and dimensional stability with a moderate degree of flexibility. PVDF is ideal for multiple applications across a wide array of industries. Widely used in the chemical process industry, wire and cable industry, semiconductor industry, and oil and gas industry, PVDF is also gaining recognition in automotive, building, electronics, food processing, and pharmaceutical equipment and battery applications. Features and Benefits - Good flexibility and mechanical strength in extruded tubing - Flareability of extruded tubing - Good chemical resistance to acids, bases, alcohols
3M™ Dyneon™ Fluoroplastic PVDF 2066/0002    3M™ Dyneon™ PVDF 2066/0002, a fluoropolymer material, provides an excellent balance of physical properties, processability, surface smoothness, flexibility, and refractive index, allowing for a wide array of gauges for filaments such as fishing line. In addition to the well-established intrinsic characteristics of PVDF such as high strength for a given filament diameter and a refractive index nearly identical to water, PVDF 2066/0002 has improved impact resistance that can provide additional shock strength to filaments. Features and Benefits - Highest impact strength of any extrudable 3M PVDF - Highest melt viscosity of any extrudable 3M PVDF - High tensile strength
3M™ Dyneon™ Fluoroplastic PVDF 31508/0003    3M™ Dyneon™ PVDF 31508/0003 is a flexible copolymer of VF2 and CTFE, exhibiting very low shrinkage and excellent impact resistance. PVDF 31508/0003 also has a very low brittleness temperature, for excellent low temperature performance. This material is ideal for insulation and buffering materials for wire and cable applications and for tubing. PVDF 31508/0003 has excellent flame and smoke performance, with an LOI of 65. PVDF 31508/0003 is designed for high speed extrusion, and can be processed using a variety of conventional thermoplastic conversion techniques. As with all PVDF grades, PVDF 31508/0003 also possesses very good chemical and temperature resistance. Features and Benefits - Copolymer of VF 2 and CTFE - Ultra-flexible - Very low shrinkage rates - Wide operating temperature window - Processable using a variety of thermoplastic conversion techniques - Excellent low flame and low smoke performance
3M™ Dyneon™ Fluoroplastic PVDF 6008/0001    Polyvinylidene Fluoride (PVDF) is ideal for multiple applications across a wide array of industries. Widely used in the chemical process industry, wire and cable industry, semiconductor industry, and oil and gas industry, PVDF is also gaining recognition in automotive, building, electronics, pharmaceutical and batteries. 3M™ Dyneon™ PVDF 6008/0001 is easily processed under a variety of conventional thermoplastic conversion techniques, being particularly suitable for extrusion. PVDF 6008/0001 is inherently pure and chemically resistant against a variety of aggressive fluids and solvents. PVDF 6008/0001 exhibits excellent dimensional stability, abrasion resistance and high strength, and maintains its mechanical properties at elevated temperature. Features and Benefits - Excellent chemical resistance to a variety of aggressive fluids and solvents - Smooth, anti-fouling surfaces - Good permeation resistance - Injection molding grade - Excellent strength and dimensional stability - Good color stability
3M™ Dyneon™ Fluoroplastic PVDF 6010/0000    Polyvinylidene Fluoride (PVDF) is ideal for multiple applications across a wide array of industries. Widely used in the chemical processing industry, wire and cable industry, semiconductor industry, and oil and gas industry, PVDF is also gaining recognition in automotive, building, electronics, pharmaceutical and battery applications. 3M™ Dyneon™ PVDF 6010/0000 is an extrusion or compression molding grade homopolymer, ideal for pipes, tubes, sheets, and slabs. PVDF is inherently pure and chemically resistant to a wide array of aggressive media. This grade exhibits excellent thermal and dimensional stability, high strength, and maintains its mechanical properties at elevated temperatures. Features and Benefits - Excellent chemical resistance to wide variety of aggressive fluids and solvents - Good permeation resistance - Excellent strength and dimensional stability - Extrusion or compression molding grade - Good color stability
3M™ Dyneon™ Fluoroplastic PVDF 6012/0000    3M™ Dyneon™ PVDF 6012/0000 is ideal for multiple applications across a wide array of industries. Widely used in the chemical process industry, wire and cable industry, semiconductor industry, and oil and gas industry, PVDF is also gaining recognition in automotive, building, electronics, pharmaceutical and battery applications. Dyneon PVDF 6012/0000 is a high molecular weight homopolymer, suitable for extrusion or compression molding into pipes, tubes, sheets, and slabs. PVDF is inherently pure and chemically resistant to a wide array of aggressive media. This grade exhibits excellent thermal and dimensional stability, high strength, and maintains its mechanical properties at elevated temperatures. Features and Benefits - Excellent chemical resistance to wide variety of aggressive fluids and solvents - Good permeation resistance - Excellent strength and dimensional stability - Extrusion or compression molding grade
3M™ Dyneon™ Fluoroplastic PVDF 6108/0001    Polyvinylidene Fluoride (PVDF) is ideal for multiple applications across a wide array of industries. Widely used in the chemical process industry, wire and cable industry, semiconductor industry, and oil and gas industry, PVDF is also gaining recognition in automotive, building, electronics, food processing, pharmaceutical and batteries. 3M™ Dyneon™ PVDF 6108/0001 is easily processed under a variety of conventional thermoplastic conversion techniques, being particularly suitable for injection molding. This grade is designed for parts that require shrinkage rates of 2-3%. PVDF 6108/0001 is inherently pure and chemically resistant against a variety of aggressive fluids and solvents. PVDF 6108/0001 exhibits excellent dimensional stability, abrasion resistance and high strength, and maintains its mechanical properties at elevated temperature. Features and Benefits - High temperature capability - Excellent chemical resistance to a variety of aggressive fluids and solvents - Good permeation resistance - Smooth, anti-fouling surfaces - Injection molding grade - Low shrinkage rates - Excellent strength and dimensional stability - Good color stability
Ajedium™ Films -- PVDF natural    PVDF natural homopolymer is a semi-crysalline fluoropolymer. PVDF natural film is chemically inert to most acids, aliphatic and aromatic organic compounds, chlorinated solvents and alcohols. PVDF natural flim has a very high purity, abrasion resistance comparable to that of polyamides and relatively low coefficient of friction. These films can be used in a wide range of temperatures and have excellent intrinsic fire resistance. PVDF natural films have demonstrated excellent weathering properties and are extremely resistant to UV radiation and common industrial and environmental pollutants. PVDF natural films can be used in a wide range of applications, including release films, filters, chemical resistance lining, outdoor UV resistant needs as well as electric and electronic applications.
ColorFast® PVDF    COLORED PVDF
Conventus PVDF 7000 NAT    PVDF 7000 NAT is a high flow, FDA compliant grade pf Polyvinylidene Fluoride. It is offered in white translucent pellets and features excellent chemical resistance, toughness, thermal, and abrasion resistance.
Conventus PVDF 8000 NAT    PVDF 8000 NAT is a high viscosity, FDA compliant grade pf Polyvinylidene Fluoride. It is offered in white translucent pellets and features excellent chemical resistance, toughness, thermal, and abrasion resistance.
Electrafil® PVDF C BK    
Ensinger KYNAR® 740 PVDF natural    KYNAR® 740 PVDF natural - Stock Shapes (rods, plates, tubes) Main features - excellent chemical resistance - inherent flame resistance - high gamma radiation resistance - good UV and weather resistance - good mechanical properties - low moisture absorption - good machinability Target Industries - chemical plant engineering - process engineering - medical technology - cleanroom technology
Exac PVDF    
EXPLORE® PVDF    Explore PVDF is a custom-designed rotomoulding grade of Poly(vinylidene Fluoride). This product exhibits outstanding chemical resistance, high temperature resistance, and low permeability to hydrocarbons. It also exhibits flame retardancy.
Generic PVDF - Carbon Fiber    This data represents typical values that have been calculated from all products classified as: Generic PVDF - Carbon Fiber This information is provided for comparative purposes only.
Generic PVDF    This data represents typical values that have been calculated from all products classified as: Generic PVDF This information is provided for comparative purposes only.
HiFill® PVDF CF10 BK    
HiFill® PVDF CF15 BK    
HiFill® PVDF CF15-M BK    
HiFill® PVDF CF20 BK    
HiFill® PVDF CF30 BK    
HiFill® TPX-PVDF-03009 C    
Huaxia Shenzhou PVDF DS201    GODBOAT PVDF DS201 is fusible fluorocarbon resin PVDF for Coatings which is homogeneous polymerized by fluoride(VDF) whose purity is =99.99%.Fluorocarbon paint is made of 70% DS201 PVDF resin, the film is made through roller coating or spray and baking process, having unparalleled performance and ultra-high-energy. In full compliance with the U.S.building materials industry standard AAMA2605 and the P.R.C.atandard. HG/T3793-2005. Conformable with Q/DYS 014-2011
Huaxia Shenzhou PVDF DS202    
Huaxia Shenzhou PVDF DS204    
Huaxia Shenzhou PVDF DS205    
Huaxia Shenzhou PVDF DS206    
Hylar® 301S    Hylar® 301S is a high melt viscosity polyvinylidene fluoride (PVDF) powder used for for non-architectural dispersion coatings.
Hylar® 5000 HG    Hylar® 5000 HG is a crystalline high molecular weight powder form of polyvinylidene fluoride (PVDF)specifically designed for solvent-based coatings to provide improved gloss. 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 Hylar® 5000 HG coatings lead to excellent performance for the long term. Hylar® 5000 is available only via a licensing program that specifies the composition of Hylar® 5000 HG coatings. A properly formulated finish contains sufficient pigment to make the film totally opaque to ultraviolet radiation at the nominal one mil (0.001 inch) film thickness suggested. SAFETY Hylar® 5000 HG 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. Hylar® 5000 HG 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 Hylar® 5000 HG 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. Hylar® 5000 HG can be disposed of in an approved land fill, but should not be incinerated unless permitted by applicable law and provision is made for absorption of HF.
Hylar® 5000S    Hylar® 5000S is a crystalline high molecular weight powder form of polyvinylidene fluoride (PVDF) specifically designed for solvent-based coatings to provide improved gloss. 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 Hylar® 5000S coatings lead to excellent performance for the long term. Hylar® 5000S is available only via a licensing program that specifies the composition of Hylar® 5000S coatings. A properly formulated finish contains sufficient pigment to make the film totally opaque to ultraviolet radiation at the nominal one mil (0.001 inch) film thickness suggested. SAFETY Hylar® 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. Hylar® 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 Hylar® 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. Hylar® 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.
Hylar® Latex 932    Hylar® Latex 932 is a stabilized aqueous dispersion that contains approximately 22% by weight of a high molecular weight PVDF polymer (polyvinylidene fluoride) of medium crystallinity. The dispersion contains a non-ionic surfactant to stabilize against coagulation by conventional means. Hylar® Latex 932 is useful for applications such as water-based coatings and fabric impregnation.
InStruc® PVDFCF15    15% CARBON FIBER REINFORCED PVDF
InStruc® PVDFCF15A    15% CARBON FIBER REINFORCED, HIGH STRENGTH PVDF
KF 1000    KF 1000 PVDF homopolymer is a medium viscosity PVDF resin typically processed by extrusion This material offers excellent chemical resistance at ambient and elevated temperatures. PVDF is also inherently UV stable, mechanically tough, abrasion
KF 1100    KF 1100 PVDF homopolymer is a medium-high viscosity PVDF resin typically processed by extrusion or compression molding. This material offers excellent chemical resistance at ambient and elevated temperatures. PVDF is also inherently UV stable, mechanically tough, abrasion
KF 1300    KF 1300 PVDF homopolymer is a high viscosity PVDF resin typically processed by extrusion or compression molding. This material offers excellent chemical resistance at ambient and elevated temperatures. PVDF is also inherently UV stable, mechanically tough, abrasion
KF 1550    KF 1550 PVDF homopolymer is a very high viscosity PVDF suitable for membrane manufacturing. It is available exclusively as powder.
KF 1700    KF 1700 PVDF homopolymer is an ultra-high viscosity PVDF ideal for usage in lithium batteries. It is available exclusively as powder.
KF 2950    KF 2950 PVDF homopolymer is a medium viscosity PVDF resin typically processed by extrusion offering: excellent chemical resistance at ambient and elevated temperatures; inherent UV stable; mechanical toughness; and, excellent abrasion resistance.
KF 850    KF 850 PVDF homopolymer is a low-viscosity PVDF resin typically processed by injection molding. This material offers excellent chemical resistance at ambient and elevated temperatures. PVDF is also inherently UV stable, mechanically tough, abrasion
Korton FEP    
Korton PVDF    
Kynar Flex® 2750-01    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. A powder form is available as Kynar Flex® 2751 resin.
Kynar Flex® 2751-00    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® 2800-00    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® 2800-20    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. 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® 2801-00    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® 2821-00    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. 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® 2850 PC    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® 2850 WR    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® 2850-00    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® 2850-02    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® 2850-04    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® 2850-07    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® 2900-04    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 Meets UL 910 requirements
Kynar Flex® 2950-05    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® 3030-10    Kynar Flex® resins are fluorinated thermoplastic copolymers.
Kynar Flex® 3030-15    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    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® 3120-10    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® 3120-15    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 150°C 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® 3120-15 resin meets the smoke and flame requirements of UL 910.
Kynar Flex® 3120-50    Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® 3120-50 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. 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.
Kynar Flex® 3121-50    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.
Kynar Flex® ADX 2250-05E    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 Flex® LBG    Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® LBG resin is a semi-crystalline copolymer. Kynar Flex® LBG is considered a high molecular weight VF2 based copolymers - specifically designed for application in the lithium ion battery market.
Kynar Flex® LBG2200LX    Kynar Flex® LBG2200LX is a lithium ion battery grade latex of vinylidene fluoride and hexafluoropropylene designed for high performance. Main Characteristics: • Same backbone as the well-known Kynar Flex® LBG grade • High solid content • Very stable latex
Kynar Flex® LBG8200    Kynar Flex® LBG8200 is a copolymer of vinylidene fluoride and hexafluoropropylene specifically designed to bring a high level of adhesion between the separator and the battery electrodes. Main Characteristics: • High adhesion • Fast dissolution in typical solvents • High molecular weight
Kynar Flex® PPA 2200    Kynar Flex® resins are fluorinated thermoplastic copolymers. Kynar Flex® PPA 2200 resin is specially designed pellet used as a polymer process aid (PPA) for polyolefins. The use of Kynar Flex® PPA 2200 resin at 200 - 1000 ppm levels reduces extruder pressure, improves surface finish, reduces die build up, and improves gauge control.
Kynar Flex® PPA 5300    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. This product is also available on a powder form as Kynar Flex® PPA 5301 resin.
Kynar Flex® PPA 5301    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. This product is also available on a powder form as Kynar Flex® PPA 5301 resin.
Kynar Flex® PPA 8600    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 Flex® Ultraflex B    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
Kynar Superflex® 2500-20 MED    Kynar Superflex® MED is a flourinated 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® 2500-20    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® 2500-25    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® 2501-20    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® 1000 HD    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 HD resin is a standard grade of granules for compression and transfer molding, for extrusion of thick walled parts: blocks, rods, plaques, tubes.
Kynar® 340    Kynar® resins are fluorinated thermoplastic homopolymers. Kynar® 340 resin is a thermoplastic fluorinated polymer resin. 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® 370    Kynar® resins are fluorinated thermoplastic homopolymers. Kynar® 370 resin is a thermoplastic fluorinated polymer resin. 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® 400 HDC M800    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® 460    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® 461    Kynar® resins are flourinated 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 modling.
Kynar® 50 HDCP 900    Kynar® resins are fluorinated homopolymers. Kynar® 50 HDCP 900 is a thermoplastic fluorinated polymer resin. This product has been designed for Oil & Gas applications.
Kynar® 6000 HD    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 HD resin is a standard grade of granules for injection molding.
Kynar® 705    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® 705 resin is a grade of granules for injection molding, rotomolding applications and multifilament extrusion.
Kynar® 710    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® 720 HDP    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 HDP resin is a stabilized grade of granules for extrusion of tubes and plaques, compression and transfer molding.
Kynar® 720 MED    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® 720 Red    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® 720 S    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 standard grade of granules for injection molding. This product is NSF/ANSI/CAN 61 certified.
Kynar® 720    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® 720E    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 E resin is a standard grade of granules for injection molding. This product is ANSI/NSF Standard 61 certified. This product is compliant with the EU positive list.
Kynar® 740 Red    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.
Kynar® 740    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® 740E    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 E resin is a standard grade of granules for extrusion of tubes and plaques, compression and transfer molding. This product is ANSI/NSF Standard 61 certified. This product is compliant with the EU positive list.
Kynar® 741    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® 760    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® 761    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® 761A    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    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® ADHEFLON ASP 720    Kynar® resins are fluorinated thermoplastic homopolymers. This product is used for the co-extrusion of Rilsan® polyamides and Kynar® PVDF resins for the preparation of multilayer tubing or film.
Kynar® ADX 1285-03    Kynar® resins are fluorinated thermoplastic homopolymers. Kynar® ADX 1285-03 resin is a flexible 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, these grades increase the potential of adhesion on materials as polyamides, polyolefins and can be coextruded.
Kynar® ADX 1720-03    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® ADX 281    Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, good mechanical and thermo-mechanical properties. Kynar® ADX 281 resin allows primer less powder coating (direct adhesion to metals after standard surface preparation. Can be used easily in standard application processes: - Dip coating in fluidized bed - Electrostatic spraying - Hot flocking
Kynar® ADX FLEX 281 G    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® ADX FLEX 281    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® Film 252 PGM TR    is a flexible thermoplastic fluorinated film. The properties are the same as standard grade: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. These films are specially designed for photovoltaic applications.
Kynar® Film 302 PGM TR    Kynar® film 302 PGM TR is a flexible thermoplastic fluorinated film. The properties are the same as standard grade: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. These films are specially designed for photovoltaic applications.
Kynar® Film 502 CUH HC    Kynar® Film 502 CUH HC is flexible thermoplastic fluorinated film. The properties are the same as standard grade: chemical resistance, resistance to UV, low permeation, high purity, excellent mechanical behavior. These films are specially designed for architectural applications.
Kynar® HSV 1800    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 cathodeslurry stability with Nickel Manganese Cobalt Active Materials - High molecular weight - Functional
Kynar® HSV 1810    Kynar® HSV1810 is a 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 Rich Active Materials - High molecular weight - Functional
Kynar® HSV 900    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® MG15    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® UHM 6020-20    Kynar® resins are fluorinated thermoplastic homopolymers. Outstanding characteristics: chemical resistance, imperviousness to UV, high barrier properties, high purity, excellent mechanical and thermo-mechanical properties. Kynar® UHM 6020-20 resin is a specific grade of granules for injection, extrusion, compression and transfer molding. This grade has specific improved mechanical properties where extreme conditions in temperature and pressure are needed.
LNP™ LUBRICOMP™ Compound 5CL23    LNP LUBRICOMP 5CL23 compound is based on Polyvinylidene Fluoride (PVDF) resin containing 15% carbon fiber, 10% PTFE. Added features of this grade include: Wear Resistant, Electrically Conductive.
LNP™ LUBRICOMP™ Compound 5CL24    LNP LUBRICOMP 5CL24 compound is based on Polyvinylidene Fluoride (PVDF) resin containing 10% PTFE and 20% carbon fiber. Added features of this grade include: Wear Resistant, Electrically Conductive.
LNP™ STAT-KON™ Compound 5E003M    LNP STAT-KON 5E003M compound is based on Polyvinylidene Fluoride (PVDF) resin containing 15% milled carbon fiber. Added features of this grade include: Electrically Conductive.
LNP™ THERMOCOMP™ Compound 5C003    LNP THERMOCOMP 5C003 compound is based on Polyvinylidene Fluoride (PVDF) resin containing 15% carbon fiber. Added features of this grade include: Electrically Conductive.
LNP™ THERMOCOMP™ Compound 5C004    LNP THERMOCOMP 5C004 compound is based on Polyvinylidene Fluoride (PVDF) resin containing 20% carbon fiber. Added features of this grade include: Electrically Conductive.
MECHETEC® PVDF 1010    
MECHETEC® PVDF 740    
Mecoline IS RDX 5241 F    This compound is an excellent choice for manufacturing insulated hook-up wires in military and aerospace industries (airframe wire) and component conductors for NEMA WC 27500 cables
Mecoline IS RDX 5242 F    This compound is an excellent choice for manufacturing insulated hook-up wires in military and aerospace industries (airframe wire) and component conductors for NEMA WC 27500 cables.
MHCompounds PVDF - Pellets TTPVDF14    TTPVDF14 is a low viscosity, melt processable, homopolymer of vinylidene fluoride. It has high mechanical strength, toughness and corrosion resistance. TTPVDF14 exhibits good extrusion processing characteristics and can be readily injection molded. Conformable to Q/DYS 014-2015 TTPVDF14 is readily pigmented to a variety of colors using PVDF based wire and cable color concentrates. Application TTPVDF14 is intended for use as high temperature wire insulation and cable jacket. TTPVDF14 is also used in tubing, film, injection molding and transfer molding applications.
MHCompounds PVDF - Pellets TTPVDF25    TTPVDF25 is a low viscosity, melt processable, homopolymer of vinylidene fluoride. It has high mechanical strength, toughness and corrosion resistance. TTPVDF25 exhibits good extrusion processing characteristics and can be readily injection molded. Conformable to Q/DYS 014-2015 TTPVDF25 is readily pigmented to a variety of colors using PVDF based wire and cable color concentrates. Application TTPVDF25 is intended for use as high temperature wire insulation and cable jacket. TTPVDF25 is also used in tubing, film, injection molding and transfer molding applications.
MHCompounds PVDF - Pellets TTPVDF7    TTPVDF7 is a low viscosity, melt processable, homopolymer of vinylidene fluoride. It has high mechanical strength, toughness and corrosion resistance. TTPVDF7 exhibits good extrusion processing characteristics and can be readily injection molded. Conformable to Q/DYS 014-2015 TTPVDF7 is readily pigmented to a variety of colors using PVDF based wire and cable color concentrates. Application TTPVDF7 is intended for use as high temperature wire insulation and cable jacket. TTPVDF7 is also used in tubing, film, injection molding and transfer molding applications.
MHCompounds PVDF - Powder DS201 PVDF    DS201 is a homopolymer of vinylidene fluoride for powder coating. DS201 is an odorless white powder. It has high corrosion resistance against acids, alkalis, strong oxidizers, and halogens. DS201 is resistant to ultraviolet light and radiation. It has good chemical stability performance with aliphatic and aromatic hydrocarbons, aldehydes, alcohols and other organic solvents. Application DS201 is a PVDF resin used to produce fluoropolymer coatings.
MHCompounds PVDF - Powder DS2011 PVDF    DS2011 is a PFOA free homopolymer of vinylidene fluoride for powder coating. DS2011 is an odorless white powder. It has high corrosion resistance against acids, alkalis, strong oxidizers, and halogens. DS2011 is resistant to ultraviolet light and radiation. It has good chemical stability performance with aliphatic and aromatic hydrocarbons, aldehydes, alcohols and other organic solvents. Application DS2011 is a PVDF resin used to produce fluoropolymer coatings.
MHCompounds PVDF - Powder DS203 PVDF    DS203 is a low molecular weight, high melt flow rate homopolymer of vinylidene fluoride for powder coating. DS203 is an odorless white powder. It has high corrosion resistance against acids, alkalis, strong oxidizers, and halogens. DS203 is resistant to ultraviolet light and radiation. It has good chemical stability performance with aliphatic and aromatic hydrocarbons, aldehydes, alcohols and other organic solvents. Application DS203 is a PVDF resin used to produce fluoropolymer coatings.
MHCompounds PVDF - Powder DS204 PVDF    DS204 is a high molecular weight homopolymer of vinylidene fluoride. DS 204 is suitable for non- solvent induced phase separation (NIPS) processing. DS204 has high corrosion resistance against acids, alkalis, strong oxidizers, and halogens. It has good chemical stability performance with aliphatic and aromatic hydrocarbons, aldehydes, alcohols and other organic solvents. pplication DS204 is a PVDF resin used to produce membrane materials for water treatment.
MHCompounds PVDF - Powder DS204B PVDF    DS204B is a homopolymer of vinylidene fluoride. DS204B is suitable for thermally induced phase separation (TIPS) processing. DS204B has high corrosion resistance against acids, alkalis, strong oxidizers, and halogens. It has good chemical stability performance with aliphatic and aromatic hydrocarbons, aldehydes, alcohols and other organic solvents. Application DS204B is a PVDF resin used to produce membrane materials for microfiltration and ultrafiltration including water treatment.
Polyram PI3001R4    PI3001R4 is Natural, 20% Carbon Fiber Reinforced PVDF, Injection Molding Applications
Polyram PI300G6NT1    PI300G6NT1 is Natural, 30% Glass Fiber Reinforced PVDF, Injection Molding Applications
Polystone® PVDF GK natural    Product characteristics - Very good welding and processing properties - Especially high resistance to acids - Very high heat resistance - Good heat ageing resistance Product applications - Chemical Processing Industry - Galvanic plants - Chemical storage tanks - Steel-pickling plants
Polystone® PVDF natural extruded    Product characteristics - High temperature resistance - Very good weldability - Chemical resistance - Good heat ageing resistance Product applications - Chemical Processing Industry - Clean-Room Technology - Galvanic plants - Chemical storage tanks - Steel-pickling plants
Polystone® PVDF natural pressed    Product characteristics - High temperature resistance - Very good weldability - Chemical resistance - Good heat ageing resistance Product applications - Chemical Processing Industry - Clean-Room Technology - Chemical storage tanks - Galvanic plants - Steel-pickling plants
Polystone® PVDF SK natural    Typical characteristics - Very good welding and processing properties - Especially firm adhesion in the composite system and therefore especially suitable for container and plant construction - Especially high resistance to acids - Very high heat resistance - Good heat ageing resistance Typical industries - Chemical Processing Industry - Galvanic plants - Chemical storage tanks - Steel-pickling plants
Röchling® SUSTAPVDF    Typical characteristics - High purity - Very good chemical resistance - Excellent weather resistance Typical industries - Chemical engineering and tank building - Clean room and semi conductor industry - Food processing industry
RTP 3300    Base Resin
RTP 3381    Carbon Fiber
RTP 3382    Carbon Fiber
RTP 3383    Carbon Fiber
RTP 3385    Carbon Fiber
RTP 3399 X 117884 D    Carbon Nanotube - Electrically Conductive
RTP 3399 X 117884 E    Carbon Nanotube - Electrically Conductive
RTP 3399 X 117884 F    Carbon Nanotube - ESD Protection - Static Dissipative
RTP 3399 X 136178 A    Carbon Fiber - Carbon Nanotube - Electrically Conductive - (Preliminary Data Sheet)
Shanghai Ofluorine PVDF 904    Ofluorine 904 PVDF has good solubility in some special solvent, which is good raw materials for PVDF membranes. Ofluorine 904 PVDF as raw materials, the PVDF membranes has excellent mechanical strength and flexibility. It can not be eroded by acid, alkali, strong oxidant, halogens. Good durability to aliphatic hydrocarbons, aromatic hydrocarbons, alcohol, aldehyde etc. In the work of hydrochloric acid, nitric acid, sulfuric acid, dilute alkali liquor, dense alkali liquor(40%) and 100deg.C, which keep stable. Others, 904 PVDF finished products has the properties of gamma-Ray resistant, UV(ultraviolet) resistant, and stability in wide temperature range.
Shanghai Ofluorine PVDF 9201    PVDF copolymer made by VDF(vinylidene fluoride) and HFP(hexafluoropropylene), with excellent mechanical properties, heat resistance and flame resistance, PVDF copolymer can bear high temperature, corrosive chemicals etc harsh working environment, which has low smoke, low fog, low flame spread characteristics, mainly used for cable and wire.
Shanghai Ofluorine PVDF 9201F    PVDF copolymer made by VDF(vinylidene fluoride) and HFP(hexafluoropropylene), with excellent mechanical properties, heat resistance and flame resistance, PVDF copolymer can bear high temperature, corrosive chemicals etc harsh working environment, which has low smoke, low fog, low flame spread characteristics, mainly used for cable and wire.
Shanghai Ofluorine PVDF 9202    PVDF copolymer made by VDF(vinylidene fluoride) and HFP(hexafluoropropylene), with excellent mechanical properties, heat resistance and flame resistance, PVDF copolymer can bear high temperature, corrosive chemicals etc harsh working environment, which has low smoke, low fog, low flame spread characteristics, mainly used for cable and wire.
Shanghai Ofluorine PVDF 9203    PVDF copolymer made by VDF(vinylidene fluoride) and HFP(hexafluoropropylene), with excellent mechanical properties, heat resistance and flame resistance, PVDF copolymer can bear high temperature, corrosive chemicals etc harsh working environment, which has low smoke, low fog, low flame spread characteristics, mainly used for cable and wire.
Shanghai Ofluorine PVDF D-1    D-1 PVDF are widely used as binders in lithium ion battery industry, and as battery separators in lithium-ion polymer technology. D-1 PVDF is high dielectric constant, which shows high viscosity and bonding properties in some solvent, easy to form film. D-1 PVDF powder as raw materils, the lithium ion battery membrane have good chemical stability, temperature stability, excellent mechanical strength and processability.
Shanghai Ofluorine PVDF J-2    Medium melt viscosity, more suitable for extrusion molding. J-2 PVDF as raw materials, the finished products has excellent mechanical strength and flexibility. It can not be eroded by acid, alkali, strong oxidant, halogens. Good durability to aliphatic hydrocarbons, aromatic hydrocarbons, alcohol, aldehyde etc. In the work of hydrochloric acid, nitric acid, sulfuric acid, dilute alkali liquor, dense alkali liquor(40%) and 100deg.C, which keep stable. Others, J-2 PVDF finished products has the properties of gamma-Ray resistant, UV resistant, and stability in wide temperature range. Application: Be used in manufacturing PVDF tubes, PVDF pipes, PVDF rod etc.
Shanghai Ofluorine PVDF M-1    PVDF homopolymer, with high melt viscosity, more suitable for compression molding. M-1 PVDF as raw materials, the finished products has excellent mechanical strength and tenacity. It can not be eroded by acid, alkali, strong oxidant, halogens. Good durability to aliphatic hydrocarbons, aromatic hydrocarbons, alcohol, aldehyde etc. In the work of hydrochloric acid, nitric acid, sulfuric acid, dilute alkali liquor, dense alkali liquor(40%) and 100°C temperature, its performance keep stable. Others, M-1 PVDF finished products has the properties of gamma-Ray resistant, UV resistant, and stability in wide temperature range.
Shanghai Ofluorine PVDF PF-1    PF-1 PVDF film be made by our company's patent (China patent no. 201110048732.4), it is the PVDF base nanocomposite, white color and opaque, with high mechanical strength, good thermal stability, low gas/liquids permeability, fire retardant, our PVDF film can effectively separate and absorb ultraviolet, completely sunlight degradation resistance, with excellent chemical resistance and outdoor weather durability. PF type PVDF film mainly used as surface substrate material in the solar back sheet of coating composite technology.
Shanghai Ofluorine PVDF T-1    T-1 PVDF for liquid coating is solid powder, it can mixed with acrylic resin, additive,and become superior performance baking PVDF fluorocarbon coatings. Compare with other grade of PVDF, T-1 is more suitable for stoving finish, baking light color coatings. T-1 PVDF powder as raw materials, through mixtures, spray process, the fluorocarbon coatings have good mechanical strength, flexibility, good irradiation resistant, excellent adverse weather conditions resistant, and stability in wide temperature range. Application and use method T-1 PVDF be widely used in coil coatings, curtain wall, skylight, roof, aluminium extrusion profiles, aluminium composite panel, composite board etc. Use method: Roller coatings, Bruching, dipping, spraying , powder electrostatic spraying, it become coating film after baking. PVDF coatings performance Super weatherability, it can beused more than 20 years on outdoor weather. Excellent temperature resistance, PVDF coatings can be long-time used in -60°C to 150°C PVDF coating standard - America AAMA 2605-98 - P.R. China chemical industry standard HGT3793-2005
Shanghai Ofluorine PVDF T-2    T-2 PVDF belong to thermoplastic fulorocarbon resin, which has high melt flow rate, low melt viscosity. T-2 PVDF has characteristic of chemical resistance, heat resistance, high mechanical strength, high wear resistance, anti-ultraviolet, anti-irradiation etc.
Shanghai Ofluorine PVDF Z-1    Low melt viscosity, more suitable for injection molding. Z-1 PVDF as raw materials, the finished products has excellent mechanical strength and flexibility. It can not be eroded by acid, alkali, strong oxidant, halogens. Good durability to aliphatic hydrocarbons, aromatic hydrocarbons, alcohol, aldehyde etc. In the work of hydrochloric acid, nitric acid, sulfuric acid, dilute alkali liquor, dense alkali liquor(40%) and 100deg.C, which keep stable. Others, Z-1 PVDF finished products has the properties of gamma-Ray resistant, UV resistant, and stability in wide temperature range. Application: Be used in manufacturing PVDF valves, PVDF teller rosette ring, PVDF pall ring etc, semi-conductor industry, such as ultrapure water field etc.
SIMONA® PVDF 1000    Advantages: - FM 4910 listed - Service temperatures –22 to 284°F (–30 to 140°C) - Exceptional UPW and acid resistance - High gloss sheet surface - Welds to SIMONA® PVC with JSR weld rod Applications: - Chemical process tanks, components - Wetted parts - Fume hoods, ducting - DI water and acid etch systems - Scientific and laboratory equipment
SINOF DH-F22E-1    DH-F22E-1 is one kind of pellet PVDF with medium MFR and suitable for making PVDF products through extrusion. Products made from DH-F22E-1 have a wide range of service temperature (-50°C to 150°C).
SINOF DH-F22E-2    DH-F22E-2 is one kind of pellet PVDF with higher MFR and suitable for making PVDF pipes, sheets and rods through extrusion. Products made from DH-F22E-2 have a wide range of service temperature (-50°C to 150°C).
SINOF DH-F22I    DH-F22I is one kind of pellet PVDF with lower melting viscosity and suitable for making various PVDF products through injection. Products made from DH-F22I have a wide range of service temperature (-50°C to 150°C)
SINOF DH-F22M    DH-F22M is a kind of pellet PVDF; has high melting viscosity and suitable for making various PVDF products through compression molding. Products made from DH-F22M have a wide range of service temperature (-50°C to 150°C).
Solef PVDF 3108/0903 BLK(TOL)    Anti-static - Injection
Solef PVDF 3208/0150 NAT TOL    Low friction coefficient - Injection
Solef PVDF 8808/0902 BLK(TOL)    Carbon fibres reinforced - Injection
Solef® 1008/0HP1    Solef® 1008 PVDF is a low viscosity homopolymer resin mainly used in injection molding.
Solef® 1008    Solef® 1008 PVDF is a low viscosity homopolymer resin mainly used in injection molding.
Solef® 1010/0HP1    Solef® 1010/0HP1 PVDF is a medium viscosity homopolymer resin typically processed by extrusion.
Solef® 1015    Solef® 1015 PVDF homopolymer has very high viscosity, suitable for membrane manufacturing. It is available exclusively as powder.
Solef® 11008/0003    Solef® 11008/0003 PVDF is a low viscosity flexible PVDF copolymer resin and is typically processed by extrusion or injection molding.
Solef® 11010    Solef® 11010 PVDF is a medium-viscosity flexible PVDF copolymer resin and is typically processed by extrusion.
Solef® 2042 Latex    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    Solef® 21510 PVDF copolymer has medium viscosity and is suitable for extrusion and for solution processing in lithium batteries applications.
Solef® 3108/0903    Solef® 3108/0903 is a low viscosity PVDF resin, it is anti-static and typically processed by extrusion.
Solef® 31508/0003    Solef® 31508/0003 PVDF copolymer is a low viscosity and very flexible grade for Wire&Cable applications.
Solef® 31508/0009    Solef® 31508/0009 PVDF copolymer is a low viscosity and very flexible grade for Wire&Cable applications.
Solef® 31508    Solef® 31508 PVDF copolymer is a low viscosity and very flexible grade for Wire&Cable applications.
Solef® 41308/0001    Solef® 41308/0001 PVDF is specifically developed for coextrusion.
Solef® 41308/1001    Solef® 41308/1001 PVDF is specifically developed for powder coating applications.
Solef® 42308/0001    Solef® 42308/0001 PVDF is specifically developed for coextrusion.
Solef® 460S/461S    Solef® 460S/461S PVDF homopolymer has high melt viscosity and is typically processed by extrusion.
Solef® 5000S    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    Solef® 5120 PVDF is a medium viscosity grade that gives improved adhesion ideal for its usage in lithium batteries.
Solef® 5130    Solef® 5130 PVDF is an ultra high viscosity grade that gives the best adhesion ideal for its usage in lithium batteries.
Solef® 5140    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    Solef® 6008 PVDF homopolymer is a low-viscosity PVDF resin and is typically processed by injection molding.
Solef® 6010    Solef® 6010 PVDF homopolymer has medium viscosity and is typically processed by extrusion.
Solef® 6012    Solef® 6012 PVDF homopolymer is a high-viscosity PVDF resin and is typically processed by extrusion or compression molding.
Solef® 6020    Solef® 6020 PVDF homopolymer has very high viscosity for membranes and lithium batteries. It is available exclusively as powder.
Solef® 60512/0550 and 60512/0150    Solef® 60512/0550 and Solef® 60512/0150 are PVDF grades compounded with PTFE for extrusion of anti-wear tapes.
Solef® 60512    Solef® 60512 PVDF copolymer has high viscosity of the melt and it is a grade for offshore piping.
Solef® 75040    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    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
Solef® 8808/0902    Carbon fibers reinforced - Injection
Solef® 9007    Solef® 9007 PVDF homopolymer has low viscosity and is used in film extrusion and injection molding.
Solef® 90615/2002    Solef® 90615 PVDF copolymer has high viscosity of the melt and it is a grade for offshore piping.
Solef® FPCH08/0001    Solef FPCH08/0001 is a low-viscosity PVDF resin typically processed by injection molding.
Solef® FPCH09/0001    Solef FPCH09/0001 is a medium-low viscosity PVDF resin typically processed by injection molding.
Solef® FPCH10/0001    Solef FPCH10/0001 is a medium-viscosity PVDF resin typically processed by extrusion.
Solef® Latex 2060    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
Solef® LP40    Solef® LP40 PVDF is an ultra high viscosity grade that gives the best adhesion ideal for its usage in lithium batteries in particular, LFP system.
Solvadura™ 08/1001    Solvadura™ 08/1001 is a low-viscosity PVDF resin mainly for film extrusion applications.
Solvadura™ 10/1001    Solvadura™ 10/1001 is a medium-viscosity PVDF resin mainly for film extrusion applications.
SUSTAPVDF black    Typical industries - High purity - High tensile strength and stiffness - High cold impact strength - Very good weldability - High continuous service temperature - Good electrical insulating properties - Chemical resistance - Good thermoformability - Good weather resistance Typical industries - Mechanical Engineering Industry - Clean-Room Technology - Electronics - Healthcare - Food Industry - Chemical Processing Industry
SUSTAPVDF ESD 60 black    Typical characteristics - Electrically conductive - Chemical resistance - Good UV resistance Typical industries - Electronics - Mechanical Engineering Industry
SUSTAPVDF FG natural    Typical characteristics - High purity - Suitable for contact with foodstuffs according to (EC) No. 1935/2004 - High tensile strength and stiffness - High cold impact strength - Very good weldability - High continuous service temperature - Good electrical insulating properties - Good thermoformability - Good weather resistance Typical industries - Bakery and Confectionery - Meat, Fish and Poultry Processing - Beverage Industry - Food Industry - Mechanical Engineering Industry
SUSTAPVDF natural    Typical industries - High purity - High tensile strength and stiffness - High cold impact strength - Very good weldability - High continuous service temperature - Good electrical insulating properties - Chemical resistance - Good thermoformability - Good weather resistance Typical industries - Chemical Processing Industry - Clean-Room Technology - Electronics - Mechanical Engineering Industry - Healthcare - Food Industry
TECAFIL PVDF natural    TECAFIL PVDF natural - 1.75 mm - Filament Main features: - very good electrical insulation - very good chemical resistance - good slide and wear properties - very good UV and weather resistance Target Industries: - electronics - energy industry - chemical technology - mechanical engineering
TECAFLON® PVDF natural    TECAFLON® PVDF natural - Stock Shapes (rods, plates, tubes) Main features - excellent chemical resistance - inherent flame resistance - high gamma radiation resistance - good UV and weather resistance - good mechanical properties - low moisture absorption - good machinability Target Industries - chemical plant engineering - process engineering - medical technology - cleanroom technology - food processing - food engineering
UNINAR® 1010    UNINAR PVDF (POLYVINYLIDENE FLUORIDE) is a non-reinforced highly crystalline fluoropolymer that combines exceptional chemical resistance with superior strength and stability. When compared with traditional fluoropolymers like PTFE, UNINAR PVDF offers up to three times the typical strength and stiffness while maintaining unparalleled resistance to even the harshest chemicals—even at temperatures up to 300°F. These properties, along with its natural flame retardency (UL94, V-0) and ultrahigh purity have made it the material of choice for processing equipment components used in semiconductor manufacturing clean room environments. Because it also offers excellent toughness and electrical properties that remain stable over a wide range of both frequencies and temperatures, UNINAR PVDF is also often used in components used for power transmission. UNINAR PVDF is offered in two grades; UNINAR 740 (beige) and UNINAR 1010 (white). Both grades machine easily and are available from Nytef Plastics in a full range of heavy gauge rod, plate, and tubular bar sizes. UNINAR PVDF ATTRIBUTES - 300°F continuous use temperature - Excellent balance of strength, toughness and abrasion resistance - Resistant to virtually all chemicals and solvents - Extremely low moisture absorption - Low permeability to gases & liquids - Excellent UV & nuclear radiation resistance - Flame resistant -UL 94 V-0 rated - Easily machined and fabricated TYPICAL INDUSTRIES - Chemical - Pulp and paper processing - Food processing equipment - Electrical and electronics products - Semiconductor manufacturing - Petroleum processing APPLICATIONS - Pump components - Manifolds and valves - Fluid sensors - Liquid chromatography components - Analytical instruments - Bearings and bushings
UNINAR® 740    UNINAR PVDF (POLYVINYLIDENE FLUORIDE) is a non-reinforced highly crystalline fluoropolymer that combines exceptional chemical resistance with superior strength and stability. When compared with traditional fluoropolymers like PTFE, UNINAR PVDF offers up to three times the typical strength and stiffness while maintaining unparalleled resistance to even the harshest chemicals—even at temperatures up to 300°F. These properties, along with its natural flame retardency (UL94, V-0) and ultrahigh purity have made it the material of choice for processing equipment components used in semiconductor manufacturing clean room environments. Because it also offers excellent toughness and electrical properties that remain stable over a wide range of both frequencies and temperatures, UNINAR PVDF is also often used in components used for power transmission. UNINAR PVDF is offered in two grades; UNINAR 740 (beige) and UNINAR 1010 (white). Both grades machine easily and are available from Nytef Plastics in a full range of heavy gauge rod, plate, and tubular bar sizes. UNINAR PVDF ATTRIBUTES - 300°F continuous use temperature - Excellent balance of strength, toughness and abrasion resistance - Resistant to virtually all chemicals and solvents - Extremely low moisture absorption - Low permeability to gases & liquids - Excellent UV & nuclear radiation resistance - Flame resistant -UL 94 V-0 rated - Easily machined and fabricated TYPICAL INDUSTRIES - Chemical - Pulp and paper processing - Food processing equipment - Electrical and electronics products - Semiconductor manufacturing - Petroleum processing APPLICATIONS - Pump components - Manifolds and valves - Fluid sensors - Liquid chromatography components - Analytical instruments - Bearings and bushings