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