2"-36" 150#-1500# Cryogenic Valve Applicable Temperature : Down to -196 ℃ hydrogen or helium (down to -425°F/ -253.9ºC)
2"-36" 150#-1500# Cryogenic Valve Applicable Temperature : Down to -196 ℃ hydrogen or helium (down to -425°F/ -253.9ºC)
Cryogenic Cast Steel Gate Valve
Size: 2"-36" (DN15 - DN900)
Production, transportation and storage of liquefied gases such as oxygen, nitrogen, argon, natural gas, hydrogen or helium (down to -425°F/ -253.9ºC).
Applicable Rating : ASME 150# ~ 1500#
Temperature : Down to -196 ℃
Code & Standard : BS, ASME, ASTM
Designed by BS6364, ASME B16.34, and ASME B16.25/16.5
Shell & Seat Leak Test : API 598 & BS6364
Production, transportation and storage of liquefied gases such as oxygen, nitrogen, argon, natural gas, hydrogen or helium (down to -425°F/ -253.9ºC).
Applicable Rating : ASME 150# ~ 1500#
Temperature : Down to -196 ℃
Code & Standard : BS, ASME, ASTM
Designed by BS6364, ASME B16.34, and ASME B16.25/16.5
Shell & Seat Leak Test : API 598 & BS6364
Quantity
Cryogenic Gate Valve Manufacturer
SJ cryogenic valve is designed to withstand the harsh working conditions of industrial processes. It is particularly suitable for extremely low or low temperature working conditions up to -150°C. It is designed to carry and store cryogenic media effectively and safely.
SJ cryogenic valves valve is usually made of carbon steel, stainless steel and cast steel. In addition, it comes with an extended bonnet to protect the valve stem from extremely cold media.We havve reputation at carbon steel cryogenic valve market
Main Features Of the Product
1. In order to prevent the abnormal rise of pressure in the middle cavity, a pressure relief hole is set on the inlet side of the slider.
2. Determine the top length of the valve cover according to the working temperature of the valve to ensure the reliable sealing of the valve stem packing
3. Reasonably select the materials of packing, gaskets and other components according to the working temperature.
4. The low-temperature gate valve strictly controls the chemical composition of the material and mechanical performance indicators such as low-temperature impact toughness.
5. The low-temperature gate valve adopts a variety of pipeline flange standards and sealing surface types, which are suitable for various engineering needs.
2. Determine the top length of the valve cover according to the working temperature of the valve to ensure the reliable sealing of the valve stem packing
3. Reasonably select the materials of packing, gaskets and other components according to the working temperature.
4. The low-temperature gate valve strictly controls the chemical composition of the material and mechanical performance indicators such as low-temperature impact toughness.
5. The low-temperature gate valve adopts a variety of pipeline flange standards and sealing surface types, which are suitable for various engineering needs.
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