66% Fluorine copolymers formulated for low cost. LC compounds are used in lathe cut and custom molded goods, including value stem seals.

66% Fluorine copolymers formulated for low cost. LC-LV compounds are also injection moldable.

66% Fluorine copolymers formulated for low cost. LC-THK compounds are fissure resistant in thick cross sections; these compounds also exhibit enhanced rubber-to-metal bonding.

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.

High fluorine tetrapolymers formulated for low temperature flexibility. HFLT compounds are excellent choices for fuel applications, including methanol-containing fuels, where low temperature flexibility is also essential. The LT compounds are designed for low temperature applications.

High fluorine tetrapolymers formulated for low temperature flexibility. HFLT compounds are excellent choices for fuel applications, including methanol-containing fuels, where low temperature flexibility is also essential. The LT compounds are designed for low temperature applications.

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 the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

66% Fluorine copolymers formulated for the ultimate in compression resistance. SP compounds are the best choice for O-rings.

55% Fluorine compolymers of tetrafluoroethylene and propylene. TFEP compounds exhibit outstanding resistance to hot water, steam, acids and alkalis. These compounds also give superior performance in amines and phosphate esters as compared to conventional fluoroelastomers.

55% Fluorine compolymers of tetrafluoroethylene and propylene. TFEP compounds exhibit outstanding resistance to hot water, steam, acids and alkalis. These compounds also give superior performance in amines and phosphate esters as compared to conventional fluoroelastomers.

55% Fluorine compolymers of tetrafluoroethylene and propylene. TFEP compounds exhibit outstanding resistance to hot water, steam, acids and alkalis. These compounds also give superior performance in amines and phosphate esters as compared to conventional fluoroelastomers.

DAI-EL G-551 is a fluoroelastomer with a good balance of fluid resistance and low temperature flexibility. Introduction - DAI-EL G-551 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which is suitable for compression molding. - It offers a good balance of fluid resistance and low temperature flexibility.

DAI-EL G-555 is a fluoroelastomer which has excellent extrusion processability with a good balance of fuel resistance and low temperature flexibility. - DAI-EL G-555 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent extrusion processability. - It offers a good balance of fuel resistance and low temperature flexibility and is suitable for fuel hoses.

DAI-EL G-557 is a fluoroelastomer which has excellent extrusion processability with excellent fuel resistance. - DAI-EL G-557 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent extrusion processability. - It offers excellent fuel resistance and is suitable for fuel hoses.

DAI-EL G-558 is a fluoroelastomer which has excellent extrusion processability with excellent fuel resistance. - DAI-EL G-558 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent extrusion processability. - It offers excellent fuel resistance and is suitable for fuel hoses.

DAI-EL G-565 is a fluoroelastomer which has excellent extrusion processability with excellent fuel resistance. - DAI-EL G-565 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent extrusion processability. - It offers excellent fuel resistance and is suitable for fuel hoses.

DAI-EL G-572BP is a fluoroelastomer which has excellent injection moldability with good chemical resistance and compression set. Introduction - DAI-EL G-572BP is a bisphenol curable terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent injection moldability. - It offers good chemical resistance and compression set. - It does not contain curing agent and accelerator.

DAI-EL G-576BP is a fluoroelastomer which has excellent injection moldability with good chemical resistance and compression set. Introduction - DAI-EL G-576BP is a bisphenol curable terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent injection moldability. - It offers good chemical resistance and compression set. - It does not contain curing agent and accelerator.

DAI-EL G-603 is a fluoroelastomer which provides excellent fluid resistance and very low fuel permeation rates. - DAI-EL G-603 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which is suitable for transfer and compression molding. - It has highest fluorine content of all grades, which provides excellent fluid resistance and very low fuel permeation rates.

DAI-EL G-607BP is a fluoroelastomer which offers superior low temperature flexibility. - DAI-EL G-607BP is a bisphenol curable terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene. - It offers superior low temperature flexibility compared with copolymers of similar fluorine content. - Use it for adjustment of cure density by mixing with other bisphenol curable products. It does not contain vulcanization agent and accelerator.

DAI-EL G-621 is a fluoroelastomer which provides excellent fluid resistance and very low fuel permeation rates. - DAI-EL G-621 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which is suitable for compression molding. - It has highest fluorine content of all grades, which provides excellent fluid resistance and very low fuel permeation rates.

DAI-EL G-663BP is a fluoroelastomer which has excellent injection moldability with superior low temperature flexibility. - DAI-EL G-663BP is a bisphenol curable terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent injection moldability. - It offers superior low temperature flexibility compared with copolymers of similar fluorine content. - It does not contain curing agent and accelerator.

DAI-EL G-671 is a fluoroelastomer which is excellent in low temperature flexibility. - DAI-EL G-671 is a bisphenol type cure-incorporated terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which is suitable for transfer and compression molding. - It is the best in low temperature flexibility among bisphenol curable fluoroelastomers.

DAI-EL G-684BP is a fluoroelastomer which has excellent injection moldability with excellent chemical resistance and good compression set. - DAI-EL G-684BP is a bisphenol curable terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which has excellent injection moldability. - It offers excellent chemical resistance and good compression set. - It does not contain curing agent and accelerator.

DAI-EL G-8002 is a fluoroelastomer which provides superior mechanical properties and resistance to steam and acids. - DAI-EL G-8002 is a peroxide curable copolymer of vinylidene fluoride and hexafluoropropylene which is suitable for injection and extrusion molding. - It provides superior mechanical properties and resistance to steam and acids compared with bisphenol curable products.

DAI-EL G-8002L is a fluoroelastomer which provides excellent mold flow with superior chemical resistance. - DAI-EL G-8002L is a peroxide curable copolymer of vinylidene fluoride and hexafluoropropylene which provides excellent mold flow. It is suitable for extrusion and injection molding. - It provides superior chemical resistance compared with bisphenol curable products.

DAI-EL G-801 is a fluoroelastomer which provides superior mechanical properties and resistance to steam and acids. - DAI-EL G-801 is a peroxide curable copolymer of vinylidene fluoride and hexafluoropropylene which is suitable for transfer and compression molding. - It provides superior mechanical properties and resistance to steam and acids compared with bisphenol curable products.

DAI-EL G-802 is a fluoroelastomer which provides superior mechanical properties and resistance to steam and acids. - DAI-EL G-802 is a peroxide curable copolymer of vinylidene fluoride and hexafluoropropylene which is suitable for injection, transfer and extrusion molding. - It provides superior mechanical properties and resistance to steam and acids compared with bisphenol curable products.

DAI-EL G-901 is a fluoroelastomer which provides excellent mechanical properties and resistance to steam and acids. - DAI-EL G-901 is a peroxide curable terpolymer of vinylidene fluoride, tetrafluoroethylene and hexafluoropropylene which is suitable for transfer and compression molding. - It provides excellent mechanical properties and resistance to steam and acids. It has highest fluorine content of all grades, which provides excellent chemical resistance.