In large-diameter long-distance pipeline systems, the flow resistance coefficient of gate valves directly affects the energy consumption of pump stations — the higher the flow resistance, the higher the lift required by pump stations, and the long-term operation electricity costs will become a heavy burden for enterprises.
OUWEI low-flow-resistance gate valves have optimized the internal cavity of the valve with a streamlined design through accurate fluid mechanics simulation calculation, reducing the flow resistance coefficient to 0.15, which is 40% lower than that of traditional gate valves.
At the same time, OUWEI low-flow-resistance gate valves are made of lightweight high-strength alloy materials, which are 20% lighter than gate valves of the same specification, not only reducing the bearing pressure of pipeline supports, but also cutting down transportation and installation costs. Under the "dual carbon" goal, it has become the preferred valve product for industrial enterprises' green transformation with its core advantage of "energy saving and consumption reduction".
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