aflas o-ring vs viton

Aflas O-ring and Viton O-ring are common sealing components, but they use different materials and performance characteristics, so specific application requirements need to be considered when selecting. The following is a comparison between Aflas O-ring and Viton O-ring:

Material:

Aflas O-ring: Aflas is a special type of fluororubber that has excellent chemical corrosion resistance and high-temperature stability. It is suitable for many chemicals and high-temperature environments.

Viton O-ring: Viton is a type of fluororubber (also known as fluororubber) that also has excellent chemical corrosion resistance and high-temperature stability. It is widely used in a wide range of industrial applications.

Chemical corrosion resistance:

Aflas: Aflas is generally considered to perform better in acid, alkali, and certain specific chemicals, so it may be more suitable in some extreme chemical environments.

Viton: Viton also has excellent chemical corrosion resistance, but its resistance to certain specific chemicals may be slightly inferior to that of Flas.

High temperature resistance:

Aflas: Aflas has excellent performance in high-temperature environments, typically operating between -10 ° C and 200 ° C, or even higher.

Viton: Viton also has good high-temperature resistance, typically able to operate between -15 ° C and 204 ° C.

Price:

Aflas is usually more expensive than Viton because the preparation and processing costs of Aflas materials are higher.

Application:

Aflas: Aflas is typically used for special applications that require high levels of chemical corrosiveness, such as petrochemical, chemical engineering, and semiconductor manufacturing.

Viton: Viton is widely used in sealing applications in industries, automobiles, pharmaceuticals, food, and beverages.

When choosing Aflas or Viton O-rings, it is necessary to determine which material is more suitable based on the specific application requirements. If working in a specific chemical or high-temperature environment, it may be necessary to carefully evaluate the performance differences between the two and consult professional advice to ensure that the selected materials meet the requirements.