The ultra-low temperature flange solenoid valve adopts a flange connection method, with a sturdy structure
○ Diameter range: DN10-300mm
○ Working environment temperature: -30~+80 ℃; -50~+100℃
○ Working temperature of coil:<+50 ℃,<+85 ℃
○ Control mode: normally open, normally closed
○ International standard voltage: AC (380, 220, 110, 24) V, DC (220, 110, 24, 12) V
○ Circulating fluid media: low-temperature fluids such as refrigerants, liquid nitrogen, liquid oxygen, liquid argon, carbon dioxide, etc
○ Circulating fluid temperature:+120 ℃~-200 ℃
○ Circulating fluid pressure: -1~300 bar
○ Valve body material: stainless steel (304, 316, 316L, etc.), cast steel
○ Connection method: threaded (internal thread, external thread) flange, welding, clamp
○ Leakage rate: zero leakage
○ Adopting flange connection, suitable for medium and large diameter ultra-low temperature pipeline systems
○ The valve body and seals are designed specifically for working conditions below -200 ℃, with reliable resistance to cold brittleness
○ Low thermal conductivity design of internal structure, effectively reducing cooling loss and frosting
○ High sealing performance ensures zero leakage operation of media such as liquid oxygen and liquid nitrogen
○ Optional explosion-proof or signal feedback function, suitable for industrial automation control needs
○ LNG receiving station low-temperature flange pipeline automatic cutting and control system
○ Remote opening and closing valves of the main process pipelines for liquid oxygen and liquid nitrogen in the air separation unit
○ Ultra low temperature medium control node for liquid hydrogen refueling system in space launch site
○ Large caliber low-temperature fluid isolation device for superconducting equipment cooling circuit
○ Automatic safety interlock valve for flange connection of low-temperature storage tank inlet and outlet
Low temperature and high-pressure solenoid valves are designed for ultra-low temperature and high pressure working conditions
The ultra-low temperature flange solenoid valve adopts a flange connection method, with a sturdy structure
-The 200 ℃ ultra-low temperature solenoid valve adopts special low-temperature materials and insulation structures