AGC Chemicals Americas, Inc. Fluoroelastomers AFLAS

Description
AFLAS® fluoroelastomer materials are ideal for parts and components that need to perform reliably in the world’s harshest environments. AGC formulated AFLAS resins from alternating polymers of tetrafluoroethylene and propylene to achieve unique properties over a conventional FKM-type fluoroelastomer. These properties include outstanding resistance to heat, chemicals, fuels, acids, bases, solvents, ozone and steam. Several AFLAS grades are approved by the Food and Drug Administration (FDA) for contact with food, making them an ideal material for parts like seals that are used in food processing applications where heat and/or aggressive chemicals will quickly degrade other types of rubber. Surfactant-free and solvent-free FFKM grades are available. AFLAS grades 100 Series – high strength grade – these elastomers are ideal for applications like seals that require mechanical strength. AFLAS 150P, 100S and 100H have FDA approval for food contact in the A-H temperature range. 150 Series – standard grade – these elastomers are ideal for the production of extrusions and compression moldings that require electrical insulation properties 150E – grade for insulating high-voltage power cables Latex Series – liquid grade – these elastomers are ideal for binders, coating materials and other applications 200P – specialty FKM for improved performance at cold temperatures NEW surfactant-free and solvent-free FFKM grades PM-1100 and PM-3000 FFKM series – for ultra-hot temperatures PM-3500 FFKM series - a peroxide curable polymer that can achieve a hardness of 70 without adding fillers that increase the risk of contamination. Ideal for semiconductor etching processes when resistance to plasma is critical PM-5000 and 5500 FFKM series - nitrile curable polymers that have high temperature durability beyond 300 °C. Their O2 and NF3 plasma resistance make them ideal for semiconductor applications. 400E or 600X FEPM grades – designed for multi-layer hose constructions used in high-pressure, high-temperature areas around the engine. Resistant to NOx, SOx, engine oils and other aggressive automotive fluids. Select AFLAS fluorinated elastomers when failure is not an option AFLAS 100 and 150 series fluoroelastomers are easily compounded by open mill and internal mixers. These polymer compounds are then fabricated into finished parts and shapes (like “rubber” seals and gaskets) using press molding, injection molding, extrusion and calendaring processes. AFLAS parts are used in many industries including: Oil & Gas Chemical Processing Heavy Duty Diesel Automotive Wire & Cable Industrial Food Handling and Pharmaceutical AFLAS 200P specialty FKM maintains good base resistance and offers improved performance at cold temperatures. AFLAS PM-1100 and PM-3000 FFKM series fluoroelastomers are peroxide-curable and hold their performance at temperatures up to 270 degrees C. AGC Inc., a world-leading manufacturer of glass, chemicals and other high-tech materials, announces that it has completed a third-party verification based on UL 2809 in May 2026 for the fluorine raw materials used in AFLAS® FFKM. The third-party verification confirmed that, for allocation of recycled content under the mass balance approach, 100% of the fluorine content allocated to AFLAS FFKM is attributed to recycled fluorite. This initiative is among the industry-leading levels of recycled material utilization in fluoroelastomer materials.
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Description
AFLAS® fluoroelastomer materials are ideal for parts and components that need to perform reliably in the world’s harshest environments. AGC formulated AFLAS resins from alternating polymers of tetrafluoroethylene and propylene to achieve unique properties over a conventional FKM-type fluoroelastomer. These properties include outstanding resistance to heat, chemicals, fuels, acids, bases, solvents, ozone and steam. Several AFLAS grades are approved by the Food and Drug Administration (FDA) for contact with food, making them an ideal material for parts like seals that are used in food processing applications where heat and/or aggressive chemicals will quickly degrade other types of rubber. Surfactant-free and solvent-free FFKM grades are available. AFLAS grades 100 Series – high strength grade – these elastomers are ideal for applications like seals that require mechanical strength. AFLAS 150P, 100S and 100H have FDA approval for food contact in the A-H temperature range. 150 Series – standard grade – these elastomers are ideal for the production of extrusions and compression moldings that require electrical insulation properties 150E – grade for insulating high-voltage power cables Latex Series – liquid grade – these elastomers are ideal for binders, coating materials and other applications 200P – specialty FKM for improved performance at cold temperatures NEW surfactant-free and solvent-free FFKM grades PM-1100 and PM-3000 FFKM series – for ultra-hot temperatures PM-3500 FFKM series - a peroxide curable polymer that can achieve a hardness of 70 without adding fillers that increase the risk of contamination. Ideal for semiconductor etching processes when resistance to plasma is critical PM-5000 and 5500 FFKM series - nitrile curable polymers that have high temperature durability beyond 300 °C. Their O2 and NF3 plasma resistance make them ideal for semiconductor applications. 400E or 600X FEPM grades – designed for multi-layer hose constructions used in high-pressure, high-temperature areas around the engine. Resistant to NOx, SOx, engine oils and other aggressive automotive fluids. Select AFLAS fluorinated elastomers when failure is not an option AFLAS 100 and 150 series fluoroelastomers are easily compounded by open mill and internal mixers. These polymer compounds are then fabricated into finished parts and shapes (like “rubber” seals and gaskets) using press molding, injection molding, extrusion and calendaring processes. AFLAS parts are used in many industries including: Oil & Gas Chemical Processing Heavy Duty Diesel Automotive Wire & Cable Industrial Food Handling and Pharmaceutical AFLAS 200P specialty FKM maintains good base resistance and offers improved performance at cold temperatures. AFLAS PM-1100 and PM-3000 FFKM series fluoroelastomers are peroxide-curable and hold their performance at temperatures up to 270 degrees C. AGC Inc., a world-leading manufacturer of glass, chemicals and other high-tech materials, announces that it has completed a third-party verification based on UL 2809 in May 2026 for the fluorine raw materials used in AFLAS® FFKM. The third-party verification confirmed that, for allocation of recycled content under the mass balance approach, 100% of the fluorine content allocated to AFLAS FFKM is attributed to recycled fluorite. This initiative is among the industry-leading levels of recycled material utilization in fluoroelastomer materials.
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Suppliers

Company
Product
Description
Supplier Links
Fluoroelastomers - AFLAS - AGC Chemicals Americas, Inc.
Exton, PA, United States
Fluoroelastomers
AFLAS
Fluoroelastomers AFLAS
AFLAS® fluoroelastomer materials are ideal for parts and components that need to perform reliably in the world’s harshest environments. AGC formulated AFLAS resins from alternating polymers of tetrafluoroethylene and propylene to achieve unique properties over a conventional FKM-type fluoroelastomer. These properties include outstanding resistance to heat, chemicals, fuels, acids, bases, solvents, ozone and steam. Several AFLAS grades are approved by the Food and Drug Administration (FDA) for contact with food, making them an ideal material for parts like seals that are used in food processing applications where heat and/or aggressive chemicals will quickly degrade other types of rubber. Surfactant-free and solvent-free FFKM grades are available. AFLAS grades 100 Series – high strength grade – these elastomers are ideal for applications like seals that require mechanical strength. AFLAS 150P, 100S and 100H have FDA approval for food contact in the A-H temperature range. 150 Series – standard grade – these elastomers are ideal for the production of extrusions and compression moldings that require electrical insulation properties 150E – grade for insulating high-voltage power cables Latex Series – liquid grade – these elastomers are ideal for binders, coating materials and other applications 200P – specialty FKM for improved performance at cold temperatures NEW surfactant-free and solvent-free FFKM grades PM-1100 and PM-3000 FFKM series – for ultra-hot temperatures PM-3500 FFKM series - a peroxide curable polymer that can achieve a hardness of 70 without adding fillers that increase the risk of contamination. Ideal for semiconductor etching processes when resistance to plasma is critical PM-5000 and 5500 FFKM series - nitrile curable polymers that have high temperature durability beyond 300 °C. Their O2 and NF3 plasma resistance make them ideal for semiconductor applications. 400E or 600X FEPM grades – designed for multi-layer hose constructions used in high-pressure, high-temperature areas around the engine. Resistant to NOx, SOx, engine oils and other aggressive automotive fluids. Select AFLAS fluorinated elastomers when failure is not an option AFLAS 100 and 150 series fluoroelastomers are easily compounded by open mill and internal mixers. These polymer compounds are then fabricated into finished parts and shapes (like “rubber” seals and gaskets) using press molding, injection molding, extrusion and calendaring processes. AFLAS parts are used in many industries including: Oil & Gas Chemical Processing Heavy Duty Diesel Automotive Wire & Cable Industrial Food Handling and Pharmaceutical AFLAS 200P specialty FKM maintains good base resistance and offers improved performance at cold temperatures. AFLAS PM-1100 and PM-3000 FFKM series fluoroelastomers are peroxide-curable and hold their performance at temperatures up to 270 degrees C. AGC Inc., a world-leading manufacturer of glass, chemicals and other high-tech materials, announces that it has completed a third-party verification based on UL 2809 in May 2026 for the fluorine raw materials used in AFLAS® FFKM. The third-party verification confirmed that, for allocation of recycled content under the mass balance approach, 100% of the fluorine content allocated to AFLAS FFKM is attributed to recycled fluorite. This initiative is among the industry-leading levels of recycled material utilization in fluoroelastomer materials.

AFLAS® fluoroelastomer materials are ideal for parts and components that need to perform reliably in the world’s harshest environments. AGC formulated AFLAS resins from alternating polymers of tetrafluoroethylene and propylene to achieve unique properties over a conventional FKM-type fluoroelastomer.

These properties include outstanding resistance to heat, chemicals, fuels, acids, bases, solvents, ozone and steam. Several AFLAS grades are approved by the Food and Drug Administration (FDA) for contact with food, making them an ideal material for parts like seals that are used in food processing applications where heat and/or aggressive chemicals will quickly degrade other types of rubber. Surfactant-free and solvent-free FFKM grades are available.

AFLAS grades

  • 100 Series – high strength grade – these elastomers are ideal for applications like seals that require mechanical strength. AFLAS 150P, 100S and 100H have FDA approval for food contact in the A-H temperature range.
  • 150 Series – standard grade – these elastomers are ideal for the production of extrusions and compression moldings that require electrical insulation properties
  • 150E – grade for insulating high-voltage power cables
  • Latex Series – liquid grade – these elastomers are ideal for binders, coating materials and other applications
  • 200P – specialty FKM for improved performance at cold temperatures
  • NEW surfactant-free and solvent-free FFKM grades
  • PM-1100 and PM-3000 FFKM series – for ultra-hot temperatures
  • PM-3500 FFKM series - a peroxide curable polymer that can achieve a hardness of 70 without adding fillers that increase the risk of contamination. Ideal for semiconductor etching processes when resistance to plasma is critical
  • PM-5000 and 5500 FFKM series - nitrile curable polymers that have high temperature durability beyond 300 °C. Their O2 and NF3 plasma resistance make them ideal for semiconductor applications.
  • 400E or 600X FEPM grades – designed for multi-layer hose constructions used in high-pressure, high-temperature areas around the engine. Resistant to NOx, SOx, engine oils and other aggressive automotive fluids.

Select AFLAS fluorinated elastomers when failure is not an option

AFLAS 100 and 150 series fluoroelastomers are easily compounded by open mill and internal mixers. These polymer compounds are then fabricated into finished parts and shapes (like “rubber” seals and gaskets) using press molding, injection molding, extrusion and calendaring processes. AFLAS parts are used in many industries including:

  • Oil & Gas
  • Chemical Processing
  • Heavy Duty Diesel
  • Automotive
  • Wire & Cable
  • Industrial
  • Food Handling and Pharmaceutical

AFLAS 200P specialty FKM maintains good base resistance and offers improved performance at cold temperatures. AFLAS PM-1100 and PM-3000 FFKM series fluoroelastomers are peroxide-curable and hold their performance at temperatures up to 270 degrees C.

AGC Inc., a world-leading manufacturer of glass, chemicals and other high-tech materials, announces that it has completed a third-party verification based on UL 2809 in May 2026 for the fluorine raw materials used in AFLAS® FFKM. The third-party verification confirmed that, for allocation of recycled content under the mass balance approach, 100% of the fluorine content allocated to AFLAS FFKM is attributed to recycled fluorite. This initiative is among the industry-leading levels of recycled material utilization in fluoroelastomer materials.

Supplier's Site Datasheet

Technical Specifications

  AGC Chemicals Americas, Inc.
Product Category Specialty Polymers and Resins
Product Number AFLAS
Product Name Fluoroelastomers
Material Type Elastomer; MoldingCompound
Chemical System Fluor elastomer
Industry Automotive; Electrical Power or High Voltage; Sanitary; OEM or Industrial
Use Temperature 518 F (270 C)
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