Part
|
Material of Construction (MOC)
|
Application
|
Body
|
Stainless Steel (SS 304, SS 316, SS 316L)
|
Ensures excellent strength and corrosion resistance at cryogenic temperatures.
|
Disc/Plug
|
Stainless Steel or Hard-Faced Alloy
|
Provides precise control and reliable sealing in low-temperature conditions.
|
Stem
|
Extended Stainless Steel
|
Prevents heat transfer, ensuring smooth operation in cryogenic environments.
|
Seat
|
PTFE or Metal Seated
|
Leak-proof sealing suitable for ultra-cold fluids.
|
Bonnet
|
Extended Bonnet Design
|
Reduces heat transfer and protects internal components from frosting.
|
End
|
Flanged, Butt Weld, or Screwed
|
Supports various pipeline configurations for cryogenic systems.
|
Operation
|
Manual, Pneumatic, or Electric Actuated
|
Offers flexible control options for different operational requirements.
|
Pressure
|
Up to 50 Bar
|
Suitable for high-pressure cryogenic applications.
|
Temperature
|
-196°C to 120°C
|
Specifically designed for ultra-low temperature environments.
|
Application
|
LNG, Liquid Oxygen, Liquid Nitrogen, Cryogenic Gas Systems
|
Ideal for critical applications requiring precise flow control and safe operation in cryogenic systems.
|
Trust MARS Automation for reliable, high-quality cryogenic globe valves with extended stem designs to ensure safe and efficient performance in extreme low-temperature applications.
