The flange explosion-proof solenoid valve adopts standard flange connection, with stable installation and strong sealing.
○ Nominal diameter: DN01-DN300mm
○ Nominal pressure: PN16-PN1000bar
○ Applicable media: compressed air, natural gas, steam, water, oil products, inert gases, weakly corrosive liquids/gases, etc
○ Operating temperature: -40 ° C to+100 ° C
○ Connection method: flange, internal thread, sleeve, welding
○ Valve body material: stainless steel, carbon steel, alloy steel
○ Explosion proof grade:
Ex d IIC T4/T6 (explosion-proof type)
Ex ia IIC T4 (intrinsic safety type)
○ Control mode: normally closed/normally open/self holding
○ Power supply voltage: AC 380V/220V/110V/24V; DC 24V/12V
○ Protection level: IP65/IP66
○ Adopting flange connection method, suitable for installation of medium and large diameter pipelines
○ Equipped with high-level explosion-proof certification such as Ex d IIC T6, safe and reliable
○ The valve body material is mostly carbon steel or stainless steel, with strong pressure and corrosion resistance
○ The sealing structure is tight, ensuring that flammable and explosive media operate without leakage
○ Optional signal feedback, supporting remote monitoring of valve switch status
○ Remote automatic cut-off control of flammable media in the main process pipelines of petrochemical plants
○ Natural valve station or pressure regulating pry inlet and outlet flange connection safety valve
○ Explosion proof interlocking cut-off device for inlet and outlet oil pipelines of large oil storage tanks in oil depots
○ Explosion proof switch valve with flange connection for the feed pipeline of the chemical plant reaction kettle
○ High pressure main pipeline flange solenoid valve in hydrogen or LNG refueling stations
Low temperature explosion-proof solenoid valves are suitable for ultra-low temperature media such as liquid nitrogen and liquid oxygen.
The flange explosion-proof solenoid valve adopts standard flange connection, with stable installation and strong sealing.
Explosion proof solenoid valves are designed for harsh working conditions and can operate safely and reliably in high-temperature, flammable, and explosive environments.