-The 200 ℃ ultra-low temperature solenoid valve adopts special low-temperature materials and insulation structures
○ Diameter range: DN0.1-25mm
○ Working environment temperature: -30 to+80 ℃; -50—+100℃
○ Working temperature of coil:<+50 ℃,<+85 ℃
○ Control mode: normally open, normally closed, self holding
○ International standard voltage: AC (380, 220, 110, 24) V, DC (220, 110, 24, 12) V
○ Circulating fluid media: refrigerants, liquid nitrogen, liquid oxygen, liquid argon, carbon dioxide, etc
○ Circulating fluid temperature:<-200 ℃,<-100 ℃,<-40 ℃,<+60 ℃,<+200 ℃
○ Circulating fluid pressure: -1 bar to 250 bar
○ Valve body material: stainless steel (304, 316, 316L)
○ Connection method: threaded (internal thread, external thread) flange, welding, clamp, flexible joint
○ Leakage rate: zero leakage
○ Using cryogenic special materials, suitable for temperatures as low as -200 ℃ or below
○ Sealed structure resistant to cold brittleness, ensuring no leakage of liquid nitrogen, liquid hydrogen and other media
○ The valve body has excellent insulation design to prevent external frosting from affecting its performance
○ The low-temperature insulation of the excitation coil is reliable, and it responds quickly and stably when powered on
○ Equipped with explosion-proof or high cleanliness options, suitable for various harsh low-temperature working conditions
○ Automatic on-off control of ultra-low temperature medium in liquid hydrogen/liquid helium transportation system
○ Safety cut-off device for cryogenic propellant pipeline at aerospace fuel refueling station
○ Valve switches for liquid oxygen, liquid nitrogen, and liquid argon process pipelines in air separation equipment
○ Precise control and isolation point of low-temperature fluid in superconducting magnet cooling system
○ Automation control of refrigerant circuit in low-temperature laboratory or particle accelerator
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
Low temperature and high-pressure solenoid valves are designed for ultra-low temperature and high pressure working conditions