First, we install the stainless-steel male-thread adapter. Then the adapter connects to the pipeline fittings, forming the circulation system. Starting from the manifold, each component is connected in sequence. Here we have a magnetic gate valve designed to reduce interference. Next is an anti-interference check valve to ensure one-way flow. Then comes the water meter for accurate measurement. Followed by a handwheel gate valve for manual shut-off control. Finally, the conversion fittings and pipe sections are tightened to complete the installation. With all components connected, the medium circulation system is ready for stable and efficient operation.
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Meet our stainless steel adjustable pressure reducing valve—designed for precise and stable pressure control in industrial pipelines. Here’s how it works: This is the inlet, and this is the outlet. The flow adjustment section helps regulate fluid volume. The inlet and outlet pressure gauges display real-time pressure readings. And here is the adjustable pressure control switch for fine tuning. How to adjust the pressure correctly? Loosen the pilot valve screw—the main valve will remain closed. Check the inlet pressure gauge. Ensure the outlet pressure is zero. If not, open the outlet valve to release pressure. Turn the pilot screw clockwise to increase the pressure. Set it to your desired pressure. Tighten the lock nut and open the main valve—done! Simple, safe, and precise pressure control for your pipeline system.
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Flanged Backwash Filter – Product Introduction This flanged backwash filter is designed for continuous and efficient removal of suspended solids from pipelines. Its robust cast body ensures high strength, durability, and reliable performance under various pressure conditions. The internal stainless-steel screen offers excellent corrosion resistance and long service life. When the pressure differential increases, the backwash function is activated, flushing out accumulated impurities without stopping the flow. The filter features a manual or automatic backwashing mechanism, which greatly reduces maintenance time and operational costs. A clear pressure gauge allows easy monitoring of system status. Standard flange connections ensure quick installation and compatibility with most industrial pipelines. This backwash filter is widely used in water supply systems, HVAC, irrigation, and industrial process lines—providing clean, stable, and energy-efficient filtration to protect downstream equipment.
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Natural gas valves and water valves are designed for completely different applications and should never be used interchangeably. A natural gas valve features high sealing performance, anti-static and fire-safe designs, and durable materials like stainless steel or copper alloy to prevent gas leakage and ensure safety in flammable gas pipelines. In contrast, a water valve is typically made of cast iron or brass, designed for lower pressure and water flow control. Gas valves meet strict standards such as GB/T12237, while water valves do not include anti-leakage or explosion-proof features. Choosing the right valve for each medium ensures safe operation, reliable performance, and long service life in both gas systems and water systems.
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