TTFEP15Foam is a fluoroplastic resin compounded with a foam nucleating package. This resin is supplied as white pellets and is used in a nitrogen gas-injected foam extrusion process to produce uniform foam cells in the dielectric insulation. Application TTFEP15Foam is ideal for producing coaxial cable cores in a broad range of sizes. Foaming the fluoroplastic reduces its dielectric constant, providing opportunities for miniaturization and weight savings. Foamed insulation of TTFEP15Foam produces cables for high frequency signal transmission with minimal distortion. Void content will vary from 20% to 60%. Achievable void content will vary based on wall thickness and processing conditions.

TTFEP30Foam is a fluoroplastic resin compounded with a foam nucleating package. TTFEP30Foam is a high- speed extrusion material ideal where the highest line speeds are required. This resin is supplied as white pellets and is used in a nitrogen gas-injected foam extrusion process to produce uniform foam cells in the dielectric insulation. Application TTFEP30Foam is ideal for producing coaxial cable cores in a broad range of sizes. TTFEP30Foam is ideal for producing foamed primary dielectric insulation for twisted pair cables with very thin walls and miniature coaxial cables. Foaming the fluoroplastic reduces its dielectric constant, providing opportunities for miniaturization and weight savings. Foamed insulation of TTFEP30Foam produces cables for high frequency signal transmission with minimal distortion. Void content will vary from 20% to 60%. Achievable void content will vary based on wall thickness and processing conditions.

TTFEP30HSFoam is a fluoroplastic resin compounded with a foam nucleating package. TTFEP30HSFoam is a high-speed extrusion material ideal where the highest line speeds are required. This resin is supplied as white pellets and is used in a nitrogen gas-injected foam extrusion process to produce uniform foam cells in the dielectric insulation. Application TTFEP30HSFoam is ideal for producing coaxial cable cores in a broad range of sizes. TTFEP30HSFoam is ideal for producing foamed primary dielectric insulation for twisted pair cables with very thin walls and miniature coaxial cables. Foaming the fluoroplastic reduces its dielectric constant, providing opportunities for miniaturization and weight savings. Foamed insulation of TTFEP30HSFoam produces cables for high frequency signal transmission with minimal distortion. Void content will vary from 20% to 60%. Achievable void content will vary based on wall thickness and processing conditions.

TTFEP6Foam is a fluoroplastic resin compounded with a foam nucleating package. This resin is supplied as white pellets and is used in a nitrogen gas-injected foam extrusion process to produce uniform foam cells in the dielectric insulation. Application TTFEP6Foam is ideal for producing coaxial cable cores in a broad range of sizes. Foaming the fluoroplastic reduces its dielectric constant, providing opportunities for miniaturization and weight savings. Foamed insulation of TTFEP6Foam produces cables for high frequency signal transmission with minimal distortion. Void content will vary from 20% to 60%. Achievable void content will vary based on wall thickness and processing conditions.

TTFEP15 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP15 exhibits good extrusion processing characteristics. TTFEP15 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP15 is intended for high temperature products including data cable, fire alarm wire, plenum cable and instrumentation cables. It is also used in tubing, monofilament and film applications.

TTFEP2 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP2 exhibits good extrusion processing characteristics. TTFEP2 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP2 is intended for high temperature products including data cable, fire alarm wire, plenum cable and instrumentation cables. TTFEP2 is also used in tubing applications.

TTFEP20 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP20 exhibits good extrusion processing characteristics. TTFEP20 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP20 is intended for high temperature insulation and is designed for high speed extrusion. Applications include airframe wire, aerospace wiring, wiring for trains, automotive switch wire, oil well test equipment wire, and fire alarm cables.

TTFEP20FC is a fluoroplastic resin concentrate based on FEP resin containing a well dispersed nucleating agent that acts as a site for foaming during the gas injection extrusion process. This concentrate is supplied in cylindrical pellet form and is used in a nitrogen gas-injected foam extrusion process to produce uniform foam cells in the dielectric insulation. The pellets are approximately 0.125" long by 0.080" diameter. TTFEP20FC is added to TTFEP6 and TTFEP20 at addition rates ranging from 5 to 10% depending on particular customer applications and processing conditions. Application TTFEP20FC is ideal for producing coaxial cable cores in a broad range of sizes. Foaming the fluoroplastic reduces its dielectric constant, providing opportunities for miniaturization and weight savings. Foamed FEP insulation produces cables for high frequency signal transmission with minimal distortion. Void content will vary from 20% to 60%. Achievable void content will vary based on wall thickness and processing conditions.

TTFEP30 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP30 exhibits good extrusion processing characteristics. TTFEP30 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP30 is intended for high temperature insulation and is designed for high speed extrusion. A primary application is thin wire insulation for Communication Local Area Network (LAN) Cables. Other applications include plenum cable, instrumentation wiring, airframe wire, aerospace wiring, wiring for trains, automotive switch wire, oil well test equipment wire, and fire alarm cables.

TTFEP30-H is a melt processable fluorinated ethylene propylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP30-H has been designed for high speed extrusion of thin wall coatings on small gauge wires. TTFEP30-H exhibits good electrical and mechanical properties. It offers excellent thermal stability and a low coefficient of friction. TTFEP30-H is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP30-H is intended for thin wall high temperature wire and cable insulations made in high speed extrusion manufacturing. TTFEP30-H is used in Communication Category Data Cables, Fire Alarm, Transit, Plenum, Instrumentation and some Industrial Cables.

TTFEP4 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP4 exhibits good extrusion processing characteristics. TTFEP4 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP4 is intended for high temperature products including data cable, fire alarm wire, plenum cable and instrumentation cables. TTFEP4 is also used in tubing applications.

TTFEP5 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP5 exhibits good extrusion processing characteristics. TTFEP5 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP5 is intended for high temperature products including data cable, fire alarm wire, plenum cable and instrumentation cables. It is also used in tubing, monofilament and film applications.

TTFEP5-SC is a is a melt processable fluorinated ethylene propylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP5-SC has been designed for extrusion in wire and cable applications that require a High Level of Stress Crack Resistance. TTFEP5-SC exhibits good extrusion processing characteristics. TTFEP5-SC is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP5-SC is intended for high temperature wire and cable insulations and jackets requiring a high degree of stress crack resistance.

TTFEP6 is a melt processable perfluoro co-polymer of tetrafluoroethylene and hexafluoropropylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP6 exhibits good extrusion processing characteristics. TTFEP6 is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP6 is intended for use as high temperature wire insulation and cable jacket. TTFEP6 is also used in injection molding and transfer molding applications.

TTFEP9-SC is a is a melt processable fluorinated ethylene propylene. It is intended for use as high temperature wire and cable insulations and jackets. TTFEP9-SC has been designed for extrusion in wire and cable applications that require a High Level of Stress Crack Resistance. TTFEP9-SC exhibits good extrusion processing characteristics. TTFEP9-SC is readily pigmented to a variety of colors using FEP based wire and cable color concentrates. Application TTFEP9-SC is intended for high temperature wire and cable insulations and jackets requiring a high degree of stress crack resistance.

Perfluoroalkoxy alkanes or PFA are fluoropolymers. They are copolymers of tetrafluoroethylene and perfluoroethers. Melting points range from 295 to 310 C. Compared to FEP, the copolymerization composition ratio of the comonomer content is small, and PFA has a chemical structure that is close to PTFE. Therefore, PFA has a higher melting point and higher heat resistance than FEP. Application PFA 12 is used for general-purpose plastics extrusion processing, mainly used for cable insulation wire, multiconductor cable sheath, etc.

Perfluoroalkoxy alkanes or PFA are fluoropolymers. They are copolymers of tetrafluoroethylene and perfluoroethers. Melting points range from 295 to 310 C. Compared to FEP, the copolymerization composition ratio of the comonomer content is small, and PFA has a chemical structure that is close to PTFE. Therefore, PFA has a higher melting point and higher heat resistance than FEP. Application PFA 16 is mainly used in the aviation, aerospace, and chemical industry. It can be utilized for faster cable extrusion; it is more economical for most purposes without stress cracking resistance.

Perfluoroalkoxy alkanes or PFA are fluoropolymers. They are copolymers of tetrafluoroethylene and perfluoroethers. Melting points range from 295 to 310 C. Compared to FEP, the copolymerization composition ratio of the comonomer content is small, and PFA has a chemical structure that is close to PTFE. Therefore, PFA has a higher melting point and higher heat resistance than FEP. Application PFA 2.5 is used for mainly used for piping, pumps, valves, tank linings, diaphrams, joint parts, bearings, etc.

Perfluoroalkoxy alkanes or PFA are fluoropolymers. They are copolymers of tetrafluoroethylene and perfluoroethers. Melting points range from 295 to 310 C. Compared to FEP, the copolymerization composition ratio of the comonomer content is small, and PFA has a chemical structure that is close to PTFE. Therefore, PFA has a higher melting point and higher heat resistance than FEP. Application PFA 24 is mainly used in the aviation, aerospace, and chemical industry. It can be utilized for faster cable extrusion; it is more economical for most purposes without stress cracking resistance.

Perfluoroalkoxy alkanes or PFA are fluoropolymers. They are copolymers of tetrafluoroethylene and perfluoroethers. Melting points range from 295 to 310 C. Compared to FEP, the copolymerization composition ratio of the comonomer content is small, and PFA has a chemical structure that is close to PTFE. Therefore, PFA has a higher melting point and higher heat resistance than FEP. Application PFA 30 is mainly used in the aviation, aerospace, and chemical industry. It can be utilized for faster cable extrusion; it is more economical for most purposes without stress cracking resistance.

Perfluoroalkoxy alkanes or PFA are fluoropolymers. They are copolymers of tetrafluoroethylene and perfluoroethers. Melting points range from 295 to 310 C. Compared to FEP, the copolymerization composition ratio of the comonomer content is small, and PFA has a chemical structure that is close to PTFE. Therefore, PFA has a higher melting point and higher heat resistance than FEP. Application PFA 6 is mainly used for pipes, wire insulation layers, thin films, and various other parts.

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.

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.

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.

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.

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.

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.

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.

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.