Size: | |
---|---|
Material: | |
Availability: | |
Quantity: | |
FOGO
Stainless Steel ss304 Hydroformed Quick Bellows
cast steel, stainless steel
1 year
Structural Features:
Bellows can be used in ultra-high vacuum systems to achieve bending, expansion and contraction, and eccentricity. Vacuum bellows are usually divided into two types: formed bellows and welded bellows. The material of bellows used in ultra-high vacuum systems is generally 316L stainless steel. In ultra-high vacuum systems, the bellows connecting the high vacuum pump and the foreline pump are mostly formed bellows with KF flanges at both ends.
Advantages:
The bending of CF vacuum bellows compensates for the position deviation caused by the installation of the pipeline system and bears the relative displacement of two points that are not required for work.
CF vacuum bellows also play a role in shock absorption and noise elimination.
The service life of CF vacuum bellows is greater than or equal to 10,000 times, and U-shaped waves are mainly used.
The expansion and contraction amount of CF vacuum bellows is 10%~30%.
Scope of application:
Helium leakage rate of vacuum bellows is less than 5*10-9Pa*cubic meter
Temperature range of vacuum bellows: -196 degrees Celsius ~ 450 degrees Celsius
Vacuum bellows are mainly used in: aviation, aerospace, petrochemical, shipbuilding, electricity, vacuum system, semiconductor and other industries
Scope of application:
The material of the two small sections of pipes: ss304 or ss 316L
Material of the vacuum bellows: ss304 or ss 316L
Product of drawing:
Specification
Item | CF Vacuum Flange Bellows Stainless Steel Flexible Hose |
Product name | CF Vacuum Flange Bellows Stainless Steel Flexible Hose |
Material | stainless steel |
Size | Different sizes are available upon request |
End Connection | / |
Pressure range | / |
Surface | Inner Ra.0.8um or specified |
Standard | ISO, CF, KF |
Gasket | PIFE, EPDM, Buna-N, Silicone, FPM etc. |
Customized support | OEM |
Media | Water, Oil, Gas, Air |
Place of Origin | China |
Certification | ISO |
Application | In high-tech industries |
About Delivery
About Application
Structural Features:
Bellows can be used in ultra-high vacuum systems to achieve bending, expansion and contraction, and eccentricity. Vacuum bellows are usually divided into two types: formed bellows and welded bellows. The material of bellows used in ultra-high vacuum systems is generally 316L stainless steel. In ultra-high vacuum systems, the bellows connecting the high vacuum pump and the foreline pump are mostly formed bellows with KF flanges at both ends.
Advantages:
The bending of CF vacuum bellows compensates for the position deviation caused by the installation of the pipeline system and bears the relative displacement of two points that are not required for work.
CF vacuum bellows also play a role in shock absorption and noise elimination.
The service life of CF vacuum bellows is greater than or equal to 10,000 times, and U-shaped waves are mainly used.
The expansion and contraction amount of CF vacuum bellows is 10%~30%.
Scope of application:
Helium leakage rate of vacuum bellows is less than 5*10-9Pa*cubic meter
Temperature range of vacuum bellows: -196 degrees Celsius ~ 450 degrees Celsius
Vacuum bellows are mainly used in: aviation, aerospace, petrochemical, shipbuilding, electricity, vacuum system, semiconductor and other industries
Scope of application:
The material of the two small sections of pipes: ss304 or ss 316L
Material of the vacuum bellows: ss304 or ss 316L
Product of drawing:
Specification
Item | CF Vacuum Flange Bellows Stainless Steel Flexible Hose |
Product name | CF Vacuum Flange Bellows Stainless Steel Flexible Hose |
Material | stainless steel |
Size | Different sizes are available upon request |
End Connection | / |
Pressure range | / |
Surface | Inner Ra.0.8um or specified |
Standard | ISO, CF, KF |
Gasket | PIFE, EPDM, Buna-N, Silicone, FPM etc. |
Customized support | OEM |
Media | Water, Oil, Gas, Air |
Place of Origin | China |
Certification | ISO |
Application | In high-tech industries |
About Delivery
About Application