Engineering Rubber Gasket

Size: Standard and Custom made

Material: Nitrile/NBR/Buna, FKM/FPM, Silicone, EPDM, HNBR, NR, FFKM, FEPM, etc.

The Art of Material Selection for Engineering Rubber Gasket Seals: A Scientific Way to Adapt to Environmental Needs

In the field of precision rubber product sealing, material selection is a crucial task. Different environmental requirements require different materials to meet their specific performance requirements. Just like when creating art works, artists need to create unique works based on canvas, pigments, and techniques, rubber seal manufacturers also need to choose appropriate materials according to environmental needs.

High temperature environment

In this environment, rubber seals need to have good heat resistance to prevent sealing failure due to overheating. Therefore, high temperature materials such as silicone rubber or polyimide are usually selected as sealing materials.

Low temperature environment

In this environment, rubber seals need to have good cold resistance to prevent seal failure caused by overcooling. Therefore, low-temperature materials such as EPDM rubber or polyurethane are usually selected as sealing materials.

Chemical corrosion environment

In this environment, rubber seals need to have good chemical corrosion resistance to prevent chemical erosion of the seals. Therefore, chemical resistant materials such as Nitrile rubber or fluororubber are usually selected as the sealing material.

High pressure environment

In this environment, rubber seals need to have good compressive resistance to prevent sealing failure due to excessive pressure. Therefore, high-pressure materials such as Butyl rubber or Neoprene are usually selected as the sealing material.