Introduce JIS F 7356 Bronze 5K Lift Check Valve

What Is The Lift Check Valve

A Lift Check Valve is a type of non-return valve designed to allow the flow of fluid in one direction while preventing backflow. It operates automatically without the need for external intervention, using the flow pressure to lift a disc or piston. When the fluid flows in the correct direction, the disc rises, allowing the passage of fluid. When the flow reverses, gravity or reverse pressure causes the disc to lower onto the seat, sealing the valve and stopping the reverse flow.

Detailes of JIS F 7356 Bronze 5K Lift Check Valve

JIS F 7356 Bronze 5K lift check valve is a valve used in marine engineering and shipbuilding fields. It is made of bronze material and meets the standard of 5K pressure rating. It is usually used in pipeline systems that require check function.

Standard: JIS F7301, 7302, 7303, 7304, 7351, 7352, 7409, 7410

Pressure5K, 10K16K

Size:DN15-DN300

Materialcast iron, cast steel, forged steel, brass, bronze

Type:globe valve, angle valve

Media: Water, Oil, Steam

Advantages of JIS F 7356 Bronze 5K lift check valve

Corrosion resistance: Bronze valves have excellent corrosion resistance and are suitable for marine environments.

High reliability: The lifting check valve can ensure that the medium will not flow back, ensuring the safe operation of the system.

Wide applicability: suitable for marine engineering and shipbuilding fields, especially suitable for application scenarios that require anti-corrosion performance.

Usage of JIS F 7356 Bronze 5K Lift Check Valve

The JIS F 7356 Bronze 5K Lift Check Valve is predominantly used in pipeline systems within the maritime sector, including ships, offshore platforms, and marine engineering projects. Its main function is to prevent backflow in fluid systems, ensuring the smooth and stable operation of the overall system. By blocking reverse flow, the valve protects essential components like pumps, compressors, and turbines from damage, enhancing the system’s safety and efficiency.


Post time: Sep-27-2024