The T-type single flange three-valve manifold adopts a T-shaped structural design, integrating two globe valves and one balance valve, featuring a compact structure and convenient operation.
○ Working pressure: 6000PSI (413bar), up to 10000PSI (689bar)
○ PTFE packing: -38℃ to 180℃ (-100℉ to 356℉)
○ PPL packing: -38℃ to 280℃ (-100℉ to 536℉)
○ Graphite packing: -24℃ to 480℃ (-75℉ to 896℉)
○ Connection port: 1/2NPT (F)
○ Drain port: 1/4NPT(F)
○ Flow channel diameter DN: 4.0mm (0.157in.)
○ Valve body material: 316 stainless steel, Hastelloy, Monel, and other special materials
○ Stainless steel up to 6000 psi (413bar)
○ Monel 400 up to 5000 psi (345 bar)
○ Hastelloy C-276 up to 6000 psi (413 bar)
○ The three-valve manifold has a blowdown function and is equipped with screw mounting holes
○ Connection port: 1/2NPT (F)
○ Drain port: 1/4NPT (F)
○ Bolt thread: UNF7/16-20, M10×1.5, M12×1.75 are optional
○ The handle is available in stainless steel and aluminum, with multiple colors to choose from
○ Both the valve stem and the valve stem nut pressure-bearing transmission threads are processed using extrusion technology
○ Valve core overlay welding with Stellite nickel-based alloy
○ Each valve head of the three-valve manifold is equipped with a stainless steel function tag, and the valve stem is equipped with a dust cover as standard
○ Each valve undergoes a sealing test before leaving the factory, and is tested at 5% of the rated working pressure with a water pressure of 1.5 times the rated working pressure
The T-type single flange three-valve manifold adopts a T-shaped structural design, with one end featuring a flange connection for quick docking with the transmitter, and the other two ends serving as pressure taps, integrating two globe valves and one balance valve. It boasts a compact structure and convenient operation. Suitable for isolation and calibration of differential pressure transmitters, it supports online balancing and shutoff functions. Widely used in industrial automation control systems such as petroleum, chemical, and power industries, it ensures precise, safe, and reliable measurements.
The integrated coplanar five-valve manifold adopts an integrally forged structure, integrating two check valves, two balance valves, and one drain valve
The T-type single flange three-valve manifold adopts a T-shaped structural design, integrating two globe valves and one balance valve, featuring a compact structure and convenient operation.
The high-pressure two-valve manifold is made of high-strength alloy steel or stainless steel, specifically designed for high-pressure conditions.