Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Commercial polymers are classified into two types; one is the TFE-P dipolymer type (AFLAS® 100/150 Series), and the other is the TFE-P-VdF terpolymer type (AFLAS® 200Series). AFLAS® 200 Series is characterized by the improved low temperature properties, demoldability and metal bonding while maintaining most of the high heat and chemical resistance and electrical resistivity of the dipolymer. Below the current polymer grades are listed, which are mainly classified according to Mooney viscosity. Dipolymer is mostly used in the wire and cable, and automotive industries, while terpolymer is often favored for automotive use in terms of processability.

Fluon®ETFE is a thermoplastic fluoropolymer developed by Asahi Glass. It is a copolymer comprising of tetrafluoroethylene (C2F4) and ethylene (C2H4). Fluon®ETFE is a balanced fluoropolymer that has chemical resistance and electrical propertiescomparable to typical fluoropolymers, such as PTFE, PFA and FEP and performs better than ECTFE or PVdF with its improved mechanical strength and very easy mouldability. Applications: - Electrical cables - Tubes - Casing - Filament - Moulded parts - Films

Fluon®LM-ETFE is a new fluororesin which combines the excellent heat resistant and mechanical properties of ETFE resin and the low melting point. Features: - The melting point is 30-40 °C lower than that of conventional ETFE resin. - Film with excellent transparency can be produced. - Easier processing thanks to a wide window of possible processing.

Fluon®LM-ETFE is a new fluororesin which combines the excellent heat resistant and mechanical properties of ETFE resin and the low melting point. Features: - The melting point is 30-40 °C lower than that of conventional ETFE resin. - Film with excellent transparency can be produced. - Easier processing thanks to a wide window of possible processing.

Fluon®LM-ETFE is a new fluororesin which combines the excellent heat resistant and mechanical properties of ETFE resin and the low melting point. Features: - The melting point is 30-40 °C lower than that of conventional ETFE resin. - Film with excellent transparency can be produced. - Easier processing thanks to a wide window of possible processing.

Fluon® LM-ETFE AH series is a fluoro resin with adhesive properties, and is possible to adhere to other materials by melting. It can be applied directly without adhesive agent or surface treatment used in previous systems. Excellent adhesiveness of the two-layer system is effected in only one step. Conventional properties such as anti stick, ETFE mouldability and chemical resistance are the same as those of conventional ETFE.

Fluon® LM-ETFE AH series is a fluoro resin with adhesive properties, and is possible to adhere to other materials by melting. It can be applied directly without adhesive agent or surface treatment used in previous systems. Excellent adhesiveness of the two-layer system is effected in only one step. Conventional properties such as anti stick, ETFE mouldability and chemical resistance are the same as those of conventional ETFE.

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - High Flow Applications

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - General Moulding

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - General Moulding

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - Stress crack resistant lining

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - Stress crack resistant lining

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - Stress crack resistant lining

Fluon®PFA is a copolymer of tetrafluoroethylene (C2F4) and perfluoroalkoxyethylene, which has excellent chemical, electrical, mechanical and surface properties. PFA retains many inherent characteristics and similar properties to PTFE but can be processed using conventional thermoplastic techniques, such as extrusion, injection moulding, blow moulding, or electrostatic powder coating. Fluon® PFA can be used within a wide temperature range from extremely low temperatures to 260°C maximum without losing its properties. Fluon®PFA is the most suitable material for semiconductor equipment parts, which are in constant contact with strong chemicals. Applications: - Stress crack resistant lining

The E Series contains none of the PFOA compound (ammonium salt) used as a conventional PTFE polymerizable emulsifier. The CD Grade products are new, environmentally compatible PTFE fine powders offering all the characteristics of the conventional PTFE, without containing PFOA. The CD grade products can be used in seal tapes, stretch films, tubes, small diameter rods, electrical wire coatings, etc., by paste extrusion with an aid. The CD grade products are easily fibrillated by the application of shearing force. They can therefore be used as flame retardant additives to improve the melt tension of thermoplastic resin. Only very small amounts confer the flame retardant effects. Applications: - Fine tubes - Electrical wire coatings Characteristics: - High RR - Excellent transparency

The E Series contains none of the PFOA compound (ammonium salt) used as a conventional PTFE polymerizable emulsifier. The CD Grade products are new, environmentally compatible PTFE fine powders offering all the characteristics of the conventional PTFE, without containing PFOA. The CD grade products can be used in seal tapes, stretch films, tubes, small diameter rods, electrical wire coatings, etc., by paste extrusion with an aid. The CD grade products are easily fibrillated by the application of shearing force. They can therefore be used as flame retardant additives to improve the melt tension of thermoplastic resin. Only very small amounts confer the flame retardant effects. Applications: - Electrical tapes - Pipes - Hoses Characteristics: - High strength - Low RR

The E Series contains none of the PFOA compound (ammonium salt) used as a conventional PTFE polymerizable emulsifier. The CD Grade products are new, environmentally compatible PTFE fine powders offering all the characteristics of the conventional PTFE, without containing PFOA. The CD grade products can be used in seal tapes, stretch films, tubes, small diameter rods, electrical wire coatings, etc., by paste extrusion with an aid. The CD grade products are easily fibrillated by the application of shearing force. They can therefore be used as flame retardant additives to improve the melt tension of thermoplastic resin. Only very small amounts confer the flame retardant effects. Applications: - Stretch films - Flat cables Characteristics: - Low RR

The E Series contains none of the PFOA compound (ammonium salt) used as a conventional PTFE polymerizable emulsifier. The CD Grade products are new, environmentally compatible PTFE fine powders offering all the characteristics of the conventional PTFE, without containing PFOA. The CD grade products can be used in seal tapes, stretch films, tubes, small diameter rods, electrical wire coatings, etc., by paste extrusion with an aid. The CD grade products are easily fibrillated by the application of shearing force. They can therefore be used as flame retardant additives to improve the melt tension of thermoplastic resin. Only very small amounts confer the flame retardant effects. Applications: - Low density tapes Characteristics: - Low RR

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - large billet(300-1,500mm height) sheet moulding. feed stock. Characteristics: - fine particle powders. - high tensile strength - excellent surface finish. - higher bulk density for G190 and G192.

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - large billet(300-1,500mm height) sheet moulding. feed stock. Characteristics: - fine particle powders. - high tensile strength - excellent surface finish. - higher bulk density for G190 and G192.

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - large billet(300-1,500mm height) sheet moulding. feed stock. Characteristics: - fine particle powders. - high tensile strength - excellent surface finish. - higher bulk density for G190 and G192.

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - rod (‹diameter 20mm) and pipe by ram extrusion Characteristics: - presintered polymer. - high powder flow. - lower crystallinity than G307.

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - general moulding for G307, G340 and G350 - automatic moulding for G307, G340 and G350 - isostatic moulding for G307, G340 and G350 - rod (›diameter 20mm) and pipe by ram extrusion for G307 Characteristics: - agglomerated (free flowing) unsintered powders. the best powder flow for G307. - good surface finish and high bulk density for G340 and G350 the highest bulk density for G350.

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - general moulding for G307, G340 and G350 - automatic moulding for G307, G340 and G350 - isostatic moulding for G307, G340 and G350 - rod (diameter 20mm) and pipe by ram extrusion for G307 Characteristics: - agglomerated (free flowing) unsintered powders. the best powder flow for G307. - good surface finish and high bulk density for G340 and G350 the highest bulk density for G350.

Fluon®PTFE granular powders (moulding powders) are used for the production of sheets, rods, billets and other general mouldings. Filled compounds are described in other page. Applications: - general moulding for G307, G340 and G350 - automatic moulding for G307, G340 and G350 - isostatic moulding for G307, G340 and G350 - rod (diameter 20mm) and pipe by ram extrusion for G307 Characteristics: - agglomerated (free flowing) unsintered powders. the best powder flow for G307. - good surface finish and high bulk density for G340 and G350 the highest bulk density for G350.

Fluon®PTFE FC has improved creep and wear resistance. A wide range of fillers such as glass fiber, graphite, bronze, carbon fiber are available. Properties of each grades are listed later in tables. Applications: - bearing - gasket - valvedisk - V-ring - O-ring - plug - valve - sheet - pump - impeller - mechanical seal Characteristics: - improved wear resistance. - improved compression resistance - filler can be damaged by strong base and hydrogen fluoride - improved power flow for Z-type of PA

Fluon®PTFE FC has improved creep and wear resistance. A wide range of fillers such as glass fiber, graphite, bronze, carbon fiber are available. Properties of each grades are listed later in tables. Applications: - bearing - gasket - valvedisk - V-ring - O-ring - plug - valve - sheet - pump - impeller - mechanical seal Characteristics: - improved wear resistance. - improved compression resistance - filler can be damaged by strong base and hydrogen fluoride - improved power flow for Z-type of PA

Fluon®PTFE FC has improved creep and wear resistance. A wide range of fillers such as glass fiber, graphite, bronze, carbon fiber are available. Properties of each grades are listed later in tables. Applications: - bearing - gasket - valvedisk - V-ring - O-ring - plug - valve - sheet - pump - impeller - mechanical seal Characteristics: - improved wear resistance. - improved compression resistance - filler can be damaged by strong base and hydrogen fluoride - improved power flow for Z-type of PA

Fluon®PTFE FC has improved creep and wear resistance. A wide range of fillers such as glass fiber, graphite, bronze, carbon fiber are available. Properties of each grades are listed later in tables. Applications: - Bearing - packing

Fluon®PTFE FC has improved creep and wear resistance. A wide range of fillers such as glass fiber, graphite, bronze, carbon fiber are available. Properties of each grades are listed later in tables. Applications: - packing - oil seal Features: - improved wear resistance. - less scratch on the mating material