The 200MPa ultra-high pressure solenoid valve adopts high-strength special alloy and precision sealing technology
○ Diameter range: DN0.1-300mm
○ 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 medium: high-pressure fluids such as water, gas, oil, etc
○ Circulating fluid temperature: -200 ℃~+800 ℃
○ Circulating fluid pressure: -1~4000bar
○ Valve body material: stainless steel (304, 316, 316L, etc.), cast steel, alloy steel
○ Connection method: threaded (internal thread, external thread) flange, welding, clamp
○ Leakage rate: zero leakage
○ Protection level: IP65/IP66
Explosion proof rating: Ex d IIC T4/T6 (explosion-proof type), Ex ia IIC T4 (intrinsic safety type)
○ Rated working pressure up to 200MPa, suitable for extreme ultra-high pressure fluid systems
○ The valve body is made of special high-strength alloy steel, and the overall forging structure is safe and reliable
○ Sealed design to resist ultra-high pressure erosion, ensuring long-term zero leakage and stable operation
○ Direct acting or pilot reinforced structure ensures reliable opening and closing action under ultra-high pressure
○ Optional explosion-proof, signal feedback, and manual emergency devices to meet strict industrial control requirements
○ Main control fluid on/off execution device for ultra-high pressure water jet cutting equipment
○ Control valve for 200MPa static pressure experimental system in Materials Science Laboratory
○ Aerospace hydraulic actuator ground test ultra-high pressure oil circuit switch valve
○ Key control points for high-pressure cooling or fuel injection systems in nuclear fusion devices
○ Deep sea simulation cabin ultra-high pressure medium supply and emergency shut-off automation valve
The 400MPa ultra-high pressure solenoid valve adopts a special ultra-high strength alloy and precision sealing design
The direct acting high-pressure solenoid valve adopts a direct acting structure, which can be opened and closed without pressure difference.
The high-temperature and high-pressure resistant solenoid valve adopts special alloys and multiple sealing structures