BDT40EP is a medium viscosity curative incorporated fluoroelastomer terpolymer. This grade is well suited for application where good flowability, mold release and superior fluid resistance than copolymers are required. BDT40EP can be compounded to meet the major fluoroelastomer specifications. BDT40EP can be used for extrusion molding of articles, or compression molding of oil seals and complicated geometries. It can be mixed using typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. Finished goods can be produced by a variety of rubber processing methods.

BDT40P is a medium viscosity curative incorporated fluoroelastomer terpolymer. This grade is well suited for application where good flowability, mold release and superior fluid resistance than copolymers are required. BDT40P can be compounded to meet the major fluoroelastomer specifications. BDT40P can be used for injection molding of various sealing parts. It can be mixed using typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. Finished goods can be produced by a variety of rubber processing methods.

BDT601P is a high viscosity curative incorporated fluoroelastomer terpolymer. This grade is well suited for application where good compression set resistance and superior fluid resistance than copolymers are required. BDT601P can be compounded to meet the major fluoroelastomer specifications. BDT601P can be used for compression or calendering molding of O-rings and gaskets, and extrusion of articles. It can be mixed using typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. Finished goods can be produced by a variety of rubber processing methods.

BDT651P is a high viscosity curative incorporated fluoroelastomer terpolymer. This grade is well suited for application where good hot tear resistance, metal bonding properties and superior fluid resistance than copolymers are required. BDT651P can be compounded to meet the major fluoroelastomer specifications. BDT651P can be used for compression molding of oil seals and complicated geometries. It can be mixed using typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. Finished goods can be produced by a variety of rubber processing methods.

Material Type: Black color fluoroelastomer compound, hardness Shore A 60-70. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, mold release, good resistance to the fuel containing alcohols. Process Methods: Suitable for compression, transfer, extrusion and injection molding processes. Applications: O-rings, gaskets and other molded parts. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: Black color fluoroelastomer compound, hardness Shore A 70-80. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, hot tear resistance, bonding adhesion, good resistance to the fuel containing alcohols. Process Methods: Suitable for compression, transfer, extrusion and injection molding processes. Applications: Oil seals or other parts requiring metal bonding property, and complicated geometries requiring hot tear resistance. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: Black color fluoroelastomer compound, hardness Shore A 75-85. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, hot tear resistance, bonding adhesion, good resistance to the fuel containing alcohols. Process Methods: Suitable for compression molding process. Applications: Oil seals or other parts requiring metal bonding property, and complicated geometries requiring hot tear resistance. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: Red color fluoroelastomer compound, hardness Shore A 65-75. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, hot tear resistance, bonding adhesion, good resistance to the fuel containing alcohols. Process Methods: Suitable for compression, transfer and injection molding processes. Applications: oil seals, stem seals, crank shaft seals and complicated geometries. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: Red color fluoroelastomer compound, hardness Shore A 70-80. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, hot tear resistance, bonding adhesion, good resistance to the fuel containing alcohols. Process Methods: Suitable for compression and transfer molding processes. Applications: oil seals, stem seals, crank shaft seals and complicated geometries. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: Red color fluoroelastomer compound, hardness Shore A 75-85. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excllent mold flow, mold release, Good resistance to the fuel containing alcohols. Process Methods: Suitable for compression and transfer molding processes. Applications: O-rings, gaskets and other molded parts. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

BDTL30P is a high viscosity curative incorporated fluoroelastomer terpolymer. This grade is well suited for application where good flowability and superior low temperature flexibility than standard terpolymers are required. BDTL30P can be compounded to meet the major fluoroelastomer specifications. BDTL30P can be used for injection, calendering, extrusion and compression molding of articles. It can be mixed using typical fluoroelastomer compounding ingredients. Mixing can be accomplished with two-roll mills or internal mixers. Finished goods can be produced by a variety of rubber processing methods.

Material Type: Blue color fluoroelastomer compound, hardness Shore A 70-80. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, hot tear resistance, bonding adhesion, Good resistance to the fuel containing alcohols. Process Methods: Suitable for compression and transfer molding processes. Applications: oil seals, stem seals, crank shaft seals and complicated geometries. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: Green color fluoroelastomer compound, hardness Shore A 65-75. Based on bisphenol curable terpolymer which is higher fluorine content than copolymer. Features: Excellent mold flow, mold release, good resistance to the fuel containing alcohols. Process Methods: Suitable for compression, injection and transfer molding processes. Applications: O-rings, gaskets and other molded parts. Lab Testing Curing Condition: - Press Curing: 10min@170°C. - Oven: (8+16)hrs@230°C

Material Type: black perfluoroelastomer compound, hardness Shore A 68-74. Features: It has excellent chemical resistance, good mechanical properties an outstanding thermal stability, FF2870 parts provide reliable, long-term service with the broadest range of aggressive industrial and electronic grade chemicals, including acids, bases, amines, steams, ethylene oxide, etc. Continuous Upper Service Temperature: +280°C Applications: FF2870 is used in highly aggressive chemical processing, semiconductor wafer processing, pharmaceutical, oil and gas recovery, aerospace and petroleum applications.

Material Type: black perfluoroelastomer compound, hardness Shore A 69-75. Features: It has excellent chemical resistance, good mechanical properties an outstanding thermal stability, FF3070 parts provide reliable, long-term service with wide range of aggressive industrial and electronic grade chemicals. It's not recommended for use in amines. Continuous Upper Service Temperature: +300°C Applications: FF3070 is used in highly aggressive chemical processing, semiconductor wafer processing, pharmaceutical, oil and gas recovery, aerospace and petroleum applications.

Material Type: black perfluoroelastomer compound, hardness Shore A75-82. Features: It has excellent chemical resistance, good mechanical properties an outstanding thermal stability, FF4675 parts provide reliable, long-term service with wide range of aggressive industrial and electronic grade chemicals. FF4675 expands on the capabilities of FF3070 by offering much lower compression set, increased seal force retention, broader chemical resistance and higher temperature stability. Continuous Upper Service Temperature: +315°C Applications: FF4675 is used in highly aggressive chemical processing, semiconductor wafer processing, pharmaceutical, oil and gas recovery, aerospace and petroleum applications.

Material Type: black perfluoroelastomer compound, hardness Shore A81-87. Features: It has excellent chemical resistance, good mechanical properties an outstanding thermal stability, FF4685 parts provide reliable, long-term service with wide range of aggressive industrial and electronic grade chemicals. FF4685 expands on the capabilities of FF3070 by offering much lower compression set, increased seal force retention, broader chemical resistance and higher temperature stability. Continuous Upper Service Temperature: +305°C Applications: FF4685 is used in highly aggressive chemical processing, semiconductor wafer processing, pharmaceutical, oil and gas recovery, aerospace and petroleum applications.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

66% Fluorine copolymers formulated with compounding ingredients approved for food contact (U.S. FDA 21 CFR 177.2600(c)(4)(1) listed). FDA compounds are also available in a variety of colors.

The LS compounds are designed to give part shrinkage (out of the mold) and post-curing operation comparable to a nitrile or similar elastomer. In most cases, tooling changes are not required when switching over to an LS compound. NPC indicates no post cure required to achieve high tensile and modulus values with good compression set and aging characteristics. FKHT is a high temperature resistant, low compression set compound. FKX is a high viscosity, high green strength, black fluorocarbon compound formulated for HAV and / or salt bath curing of O-ring cord and extruded profiles.

The LS compounds are designed to give part shrinkage (out of the mold) and post-curing operation comparable to a nitrile or similar elastomer. In most cases, tooling changes are not required when switching over to an LS compound. NPC indicates no post cure required to achieve high tensile and modulus values with good compression set and aging characteristics. FKHT is a high temperature resistant, low compression set compound. FKX is a high viscosity, high green strength, black fluorocarbon compound formulated for HAV and / or salt bath curing of O-ring cord and extruded profiles.

66% Fluorine copolymers formulated for injection molding. GP-LV compounds also exhibit the improved hot tear resistance of their higher viscosity counterparts.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for injection molding. GP-LV compounds also exhibit the improved hot tear resistance of their higher viscosity counterparts.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for injection molding. GP-LV compounds also exhibit the improved hot tear resistance of their higher viscosity counterparts.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for injection molding. GP-LV compounds also exhibit the improved hot tear resistance of their higher viscosity counterparts.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.

66% Fluorine copolymers formulated for injection molding. GP-LV compounds also exhibit the improved hot tear resistance of their higher viscosity counterparts.

66% Fluorine copolymers formulated for injection molding. GP-LV compounds also exhibit the improved hot tear resistance of their higher viscosity counterparts.

66% Fluorine copolymers formulated for molding complex geometric shapes. GP compounds exhibit improved hot tear resistant properties and offer a variety of colors.