Lug Small Bore Soft Seal Butterfly Valve 150LB Corrosion Resistant Product Features The small-bore lug-type soft-seal butterfly valve is a compact valve specifically designed for precision fluid control ... Lesen Sie weiter
4A Duplex Steel Soft-Seal Butterfly Valves for Seawater Desalination Plants Product Features The microstructure of this material consists of approximately 50% ferrite and 50% austenite, combining the advantages ... Lesen Sie weiter
Special Purpose UB6 Nickel Base Alloy Forged Lug Butterfly Valve Product Features The UB6 material contains high levels of chromium, nickel, and molybdenum, with added copper. As a result, it has a high pitting ... Lesen Sie weiter
DN100 PN16 Flanged Stainless Steel Triple Offset Butterfly Valve Product Features The valve body and disc are constructed entirely of 304 stainless steel, which inherently introduces no impurities into the ... Lesen Sie weiter
DN100 Flanged PN16 316 Stainless Steel Triple Offset Butterfly Valve Product Features The valve body, butterfly disc, and other core flow-passing components are all made of 316 austenitic stainless steel. The ... Lesen Sie weiter
20Inch 150LB Lug Triple Offset Butterfly Valve 5A Duplex SS for Municipal Water Supply Product Features In ultra-large-bore, 20-inch-class medium- and low-pressure main pipelines, the structural rigidity, ... Lesen Sie weiter
Seawater Desalination 12Inch 150LB 5A Duplex SS Lug Soft Seal Triple Offset Butterfly Valve Product Features Designed for low-pressure pipe-end sealing applications involving chlorinated media, highly corrosive ... Lesen Sie weiter
300 LB Wafer Butterfly Valve With 316L Disc Soft seal Double Offset Design Product Features The valve body is made of WCB cast carbon steel, offering excellent strength and rigidity, as well as good weldability... Lesen Sie weiter
300LB Lug WCB/304 Soft-Seal Butterfly Valve for Compressed Air Product Features The valve body is made of WCB cast carbon steel, offering high tensile strength and excellent rigidity. It features superior ... Lesen Sie weiter