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Dual Plate Water Check Valve – High-Efficiency Backflow Preventer

Key Info

Model No: DCV-WP100 : (Flow-Guard Series)

The Dual Plate Check Valve is a versatile and compact solution for preventing reverse flow in liquid and gas pipelines. Its "butterfly" design features two spring-loaded plates that close automatically when flow stops, preventing damage to pumps and other expensive equipment caused by water hammer or back-pressure.

Features & Benefits:

  1. Space-Saving Design: Its slim wafer-style body is significantly shorter and lighter than traditional swing check valves, making it easy to install in tight spaces.
  2. Fast Response: The dual-plate design and spring assistance ensure extremely fast closing, which minimizes the risk of water hammer and protects your system.
  3. Low Pressure Drop: The streamlined internal design allows for maximum flow capacity with minimal resistance.
  4. Vertical & Horizontal Mounting: Can be installed in both horizontal and vertical upward-flow pipelines.
  5. Silent Operation: Soft-seated design ensures a quiet shut-off and bubble-tight sealing.

Primary Applications:

  1. Water Supply Systems: Pumping stations and distribution lines.
  2. HVAC Systems: Chilled water and heating circulation.
  3. Industrial Processing: Chemical, oil, and gas fluid management.
  4. Fire Protection: High-rise building fire pump lines.
  5. Power Plants: Cooling water and steam condensate systems.


Content for Technical Specifications goes here. You can add tables, lists, and detailed information about the product's features.

Type: Dual Plate / Double Door Wafer Type. Body Material: Ductile Iron (GGG40) / Cast Steel / Stainless Steel (SS316). Plate/Disc Material: Stainless Steel (CF8M) or Aluminum Bronze. Seat Material: EPDM / NBR / Viton (Soft Seated for 100% Tightness). Spring Material: Stainless Steel (SS316) for long life. Pressure Rating: PN10, PN16, PN25 / Class 150. Connection: Wafer Style (Fits between all standard flanges). Temperature: -20°C to 120°C (depending on seat material).