Heat Resistance
Heat Resistance
The excellent thermal stability and chemical resistance of perfluorinated elastomer components is attributed to the strong action of carbon-fluorine bonds in the perfluorinated chain. Even in long-term high-temperature environments of up to 325°C, our seals maintain greater elasticity and resilience than other elastomers. There is no plastic deformation, softening or hardening, which is often a key factor in seal performance degradation and eventual failure.
Low Compression Set
Our seals have a low compression deformation rate and can quickly return to their original thickness and shape when external pressure is removed. Our seals will not be permanently compressed or deformed even if they are under pressure for a long time in working condition, thus maintaining effective sealing performance.
Perfluorinated Elastomer Components Heat Resistance
Heat Resistance
The excellent thermal stability and chemical resistance of perfluorinated elastomer components is attributed to the strong action of carbon-fluorine bonds in the perfluorinated chain. Even in long-term high-temperature environments of up to 325°C, our seals maintain greater elasticity and resilience than other elastomers. There is no plastic deformation, softening or hardening, which is often a key factor in seal performance degradation and eventual failure.
Low Compression Set
Our seals have a low compression deformation rate and can quickly return to their original thickness and shape when external pressure is removed. Our seals will not be permanently compressed or deformed even if they are under pressure for a long time in working condition, thus maintaining effective sealing performance.
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