3M™ Dyneon™ Fluoroplastic Granules FEP 6301Z, FEP 6303Z and FEP 6307Z are offered for extrusion, injection molding and transfer molding for the wire and cable and chemical process industries. Features and Benefits - Excellent electrical properties - High thermal stability - Long term temperature rating up to 200°C - Outstanding chemical resistance - Wide processing window

3M™ Dyneon™ Fluoroplastic Granules FEP 6301Z, FEP 6303Z and FEP 6307Z are offered for extrusion, injection molding and transfer molding for the wire and cable and chemical process industries. Features and Benefits - Excellent electrical properties - High thermal stability - Long term temperature rating up to 200°C - Outstanding chemical resistance - Wide processing window

3M™ Dyneon™ Fluoroplastic Granules FEP 6307R2RZ is a special version of 3M™ Dyneon™ Fluoroplastic Granules FEP 6307Z with an added nucleating agent for improved foaming in gas injection extrusion processes. As the gas expands and begins to form voids, the added nucleating agent in FEP 6307R2RZ acts as a site for void formation. FEP 6307R2RZ is listed by Underwriters Laboratories as a Plenum Cable Component. FEP 6307R2RZ is ideal for gas injection extrusion of foamed FEP coaxial cable core. Features and Benefits - Excellent electrical properties - Excellent low smoke and flame properties - Contains incorporated foam nucleant

3M™ Dyneon™ Fluoroplastic Granules FEP 6301Z, FEP 6303Z and FEP 6307Z are offered for extrusion, injection molding and transfer molding for the wire and cable and chemical process industries. Features and Benefits - Excellent electrical properties - High thermal stability - Long term temperature rating up to 200°C - Outstanding chemical resistance - Wide processing window

3M™ Dyneon™ Fluoroplastic Granules FEP 6322Z is designed primarily for high-speed extrusion. Features and Benefits - High extrusion speed - High thermal stability - Wide processing window - Excellent electrical properties - Excellent low smoke and low flame properties

Cable Components Group’s FluoroChar® is a fully compounded or masterbatch anti-drip UL recognized Plenum insulation and/or jacket material. FluoroChar® enhances fire retardancy while decreasing smoke generation during fire testing. Fluorochar ® is designed to mitigate flaming droplets in complex cable designs with thicker walls and higher pair counts. Additionally, this compound decreases acid gas generation by 10% while burning (as determined by NES 713 toxic index testing). FluoroChar ® is available in FEP for use in UL 444 applications.

Cable Components Group’s Printable FEP is a fully compounded jacket material with modified surface chemistry. CCG’s Printable FEP compound enables direct ink-jet printing, mitigating the need to invest in laser or chemical etching equipment and processes. Additionally, CCG’s printable fluoropolymer FEP jacket can replace special order, pre-printed marker tapes in relevant applications. UL444 Plenum rated for Data-Comm and Control. CCG’s Printable FEP is available in multiple colors, including Black FEP jacket applications and other dark colors not yet compatible for FEP with UV laser printers. CCG’s Printable FEP passes UL2556 Section 7.19 Durability of Ink Printing.

Masterbatch (MBC) FluoroFoam® FEP chemically foamable fluoropolymer pellets available for wire & cable insulation. Often used in the Data-Comm and Control markets, FluoroFoam ® is a UL recognized Plenum component for UL444, NFPA 262 (UL910) and passes CSA FT6. It is intended to be blended with FEP to achieve the customer’s desired expansion rate. Additionally, CCG can provide blending services prior to shipment for a “wand-in” solution during the extrusion operation.

Masterbatch (MBC) FluoroFoam® FEP engineered fluoropolymer pellets contain a nucleating package for the physical foaming of fluoropolymers available for wire and cable insulation and jacketing material. It is recognized and utilized in the Data-Comm and Control markets under UL444. FluoroFoam® MBC pellets are intended to be blended with FEP to achieve customer’s cell size and distribution. FluoroFoam® is a UL recognized component for Plenum cables.

This data represents typical values that have been calculated from all products classified as: Generic FEP This information is provided for comparative purposes only.

Fluorinated ethylene-propylene (FEP) resin, as a copolymer of tetrafluoroethylene and hexafluoropropylene, has good heat stability, outstanding chemical inertness, excellent electrical insulation and low friction coefficient, and can be processed by a thermoplastic processing method. Execution standard: Q/DYS 003-2007

Fluorinated ethylene-propylene (FEP) resin, as a copolymer of tetrafluoroethylene and hexafluoropropylene, has good heat stability, outstanding chemical inertness, excellent electrical insulation and low friction coefficient, and can be processed by a thermoplastic processing method. Execution standard: Q/DYS 003-2007

Fluorinated ethylene-propylene (FEP) resin, as a copolymer of tetrafluoroethylene and hexafluoropropylene, has good heat stability, outstanding chemical inertness, excellent electrical insulation and low friction coefficient, and can be processed by a thermoplastic processing method. Execution standard: Q/DYS 003-2007

Fluorinated ethylene-propylene (FEP) resin, as a copolymer of tetrafluoroethylene and hexafluoropropylene, has good heat stability, outstanding chemical inertness, excellent electrical insulation and low friction coefficient, and can be processed by a thermoplastic processing method. Execution standard: Q/DYS 003-2007

10% GLASS FIBER REINFORCED FLUORINATED ETHYLENE PROPYLENE (FEP)

LNP LUBRICOMP 2X00858 compound is based on Fluorinated ethylene propylene (FEP) resin containing proprietary fillers. Added features of this grade include: Wear Resistant.

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.

NEOFLON FEP NF - 0012 is a highly transparent fluoropolymer film with characteristics close to PTFE. Introduction - NEOFLON FEP film is smooth high-performing non-stretch film which is formed by melt extrusion with NEOFLON FEP material. - NEOFLON FEP film consists of atoms of carbon and fluorine, and has outstanding heat and chemical resistance, non-adhesion, and non-flammability. - It also possesses fabricating characteristics, including heat sealing, thermoforming, welding and heat bonding as well as adhesion (surface treatment items).

NEOFLON FEP NF - 0012B1 is a highly transparent fluoropolymer film with characteristics close to PTFE. Introduction - NEOFLON FEP film is smooth high-performing non-stretch film which is formed by melt extrusion with NEOFLON FEP material. - NEOFLON FEP film consists of atoms of carbon and fluorine, and has outstanding heat and chemical resistance, non-adhesion, and non-flammability. - It also possesses fabricating characteristics, including heat sealing, thermoforming, welding and heat bonding as well as adhesion (surface treatment items). - By special surface treatment, it is possible to adhere to other materials such as adhesives, resins, rubbers etc, that were difficult in the past

NEOFLON FEP NF - 0025 is a highly transparent fluoropolymer film with characteristics close to PTFE. Introduction - NEOFLON FEP film is smooth high-performing non-stretch film which is formed by melt extrusion with NEOFLON FEP material. - NEOFLON FEP film consists of atoms of carbon and fluorine, and has outstanding heat and chemical resistance, non-adhesion, and non-flammability. - It also possesses fabricating characteristics, including heat sealing, thermoforming, welding and heat bonding as well as adhesion (surface treatment items).

NEOFLON FEP NF - 0025B1 is a highly transparent fluoropolymer film with characteristics close to PTFE. Introduction - NEOFLON FEP film is smooth high-performing non-stretch film which is formed by melt extrusion with NEOFLON FEP material. - NEOFLON FEP film consists of atoms of carbon and fluorine, and has outstanding heat and chemical resistance, non-adhesion, and non-flammability. - It also possesses fabricating characteristics, including heat sealing, thermoforming, welding and heat bonding as well as adhesion (surface treatment items). - By special surface treatment, it is possible to adhere to other materials such as adhesives, resins, rubbers etc, that were difficult in the past

NEOFLON FEP NF - 0050 is a highly transparent fluoropolymer film with characteristics close to PTFE. Introduction - NEOFLON FEP film is smooth high-performing non-stretch film which is formed by melt extrusion with NEOFLON FEP material. - NEOFLON FEP film consists of atoms of carbon and fluorine, and has outstanding heat and chemical resistance, non-adhesion, and non-flammability. - It also possesses fabricating characteristics, including heat sealing, thermoforming, welding and heat bonding as well as adhesion (surface treatment items).