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Rubber Disc Swing Check ValveSize: DN50-DN400. Working pressure: PN16. Temperature Range: 0°C- 80°C. Face to Face: BS 5163. Flange drilled: BS 4504.read more
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Stainless Steel Double Disc Check ValveSize: DN50-DN350 Working pressure: 10/16 bar Temperature range: -20°C - 150°C Connection Ends: BS EN 1092 PN10/16, AS 2129 TABLE E, BS 10 TABLE D/Eread more
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Flanged Ball Check ValveSize: DN40-DN300 Working pressure: 16 bar Temperature range: -20°C - 80°C Flange Standard: EN 1092 ISO PN16read more
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Cast Iron Lift Check ValveSize: DN50-DN300. Working pressure: PN16. Temperature Range: ≤200°C. Face to Face: EN 588-1. Flange drilled: EN 1092-2.read more
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Double Disc Wafer Check Valve-HSize: DN50-DN600. Working pressure: PN10/16. Temperature Range: 0°C- 80°C. Connection Ends: BS EN 1092 PN10/16, AS 2129 TABLE E, BS 10 TABLE D/E.read more
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Sandwich Type Swing Check ValveSize: DN40-DN600. Working pressure: PN10/16. Temperature Range: -196°C- 560°C. Face to Face: DIN 3202/API594/API6D.read more
The Dual Disc Check Valve is designed to prevent reverse flow automatically. On pump start-up, the flow of water enters the valve from the seat end (right side in Figure 1) and forces the two...
Jan 23, 2022 · A butterfly check valve is known as a dual plate check valve, folding disc check valve, double-disc, or splits disc check valve. As the name suggests, two halves of the disk...
Apr 07, 2017 · Series 415 Double Disc Check Valve. Available with grooved ends for installation in either StrengThin™ Systems or Original Grooved Systems (OGS) Sizes from 2 – 18″ | DN50 –...
The double disc check valve is built with stainless trim to give years of trouble free operation. The double disc check valve can be installed in either horizontal or vertical pipelines that carry...
Nov 25, 2018 · The Dual Disc® Check Valve features non-slam spring-assisted closing, a pressure sensitive vulcanized seat that provides tight closure at both low and high pressures,...
The dual disc check valve is known as non-return valve or retainerless check valve. The valve allows the medium to flow in one direction only and to prevent flow of fluids to the opposite direction....
