Water Pressure Reducing Valve

Australian Valve is the topmost Water Pressure Reducing Valve Manufacturer & Supplier in Australia. We supply to cities like Shepparton, Bathurst, Port Pirie, etc. A water pressure reducing valve is a device that is installed in a plumbing or water supply system to regulate the incoming water pressure and maintain it at a safe and consistent level. The working of a water pressure reducing valve is automated and requires no manual intervention. The valve operates continuously and adjusts the water pressure as needed to maintain it at the desired level, providing reliable and consistent water pressure to the plumbing system.

When the incoming water pressure exceeds the set outlet pressure, the diaphragm compresses the spring and restricts the flow of water. This helps to reduce the water pressure to the desired level and maintain it at a safe and consistent level. When the incoming water pressure is lower than the set outlet pressure, the spring expands and allows more water to flow through the valve, maintaining the desired outlet pressure.

Australian Valve is the prime Water Pressure Reducing Valve Manufacturer & Supplier in Australia and provides a range of valves to match the specific needs of its clients, including customizable valves, a wide range of pressure range valves, different types of valves, different pipe connection types, technical support, compliance with standard codes, warranty and delivery, and after-sales service.

 Advantages

• Simple design
• Low cost
• No requirement for an external power source
• Easy to maintain
• Fast response

Applications

• Air or gas services
• Water Services
• Steam services
• Irrigation systems
• Fire protection systems

Industries

• Water and Sewage Industries
• Hydroelectric power plants
• Mining Industries

 Description

• Body: Cast iron, Cast steel (WCB, WCC, LCC, LCB, WC6, WC9), Stainless steel (SS304, SS316, CF8), Ductile iron.
• Size: ½” to 24”.
• Class: PN10 – PN100, 150-600.
• Ends: Socket weld, butt weld, Flanged, threaded.