• Main material:
    • Body Materials: CARBON STEEL, STAINLESS STEEL, ALLOY STEEL, DUPLEX STEEL
    • Seat Materials: NBR, EPDM, VITON, PTFE
    • Disc Materials: Ductile Iron, WCB, CF8,CF8M, Al-bronze C958
    • Stem Materials: SS416, SS304, SS316
    • End Connection: Double Flange, Lug, Wafer
    • Operate: Manual, Worm gear, Pneumatic, Electric-Motorized
    • Disc type: With-pin, One stem no-pin, Double stem no-pin
  • Three way control valve with Pneumatic actuator A type of globe valve that has three pipeline connections to provide general converging (flow-mixing) or diverging (flowsplitting) service. Variations include cage-, port-, and stemguided designs, selected for high-temperature service, and end connections can be specified to mate with most piping schemes. Actuator selection demands careful consideration, particularly for constructions with an unbalanced valve plug.
  • Wafer Soft Seal Butterfly Valve uses the flexibility of rubber seat, could easily achieve zero leakage, Wafer type is the common style of butterfly valve and is less expensive than the lug type. The wafer butterfly valve is installed between two flanges. The valve is kept in place by using bolts or studs and nuts from flange to flange. This type of installation, of course, makes it impossible to disconnect just one side of the piping system from the valve.
    • Product Name: Y Strainer
    • Size:1/2~12" (DN15~DN300)
    • Working Pressure:150~600LB (PN16~PN150)
    • Connection Type:RF, RTJ,BW, SW, NPT,WAFER
    • Medium:Sea Water, Oil, Gas, Steam, Corrosive Fluid
    • Y Type Strainer
    • Bolted bonnet cap with drain plug
    • Perforated stainless steel screen
    • Strainer density 20 mesh,40 mesh,60 mesh,80 mesh,120 mesh, and so on design
    • Full range of strainer density
    • Renewable strainer density
    • Flanged or butt welding ends
  •  Product features
    • 1/2"-12"(DN15-DN300)
    • Working Temperature:-20℃-180℃
    • Rising stem
    • Design:AMSE B16.34
    • Flange Dimension:AMSE B 16.5
    • Face to Face :AMSE B 16.10
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