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Gate valve to block fluid movement in a pipeline. Solid taper wedge design.
Ability to withstand pressure up to 200 PSI and working temperature of -29°C to 150°C. Conform to ASME B16.34 design.
Resistance against corrosion and rust as gate valve is made of stainless steel SS316 material.
Ability to avoid water hammer effect as the wheel handle needs to be rotated several times. This operation slowly reduces the velocity of the fluid movement.
2 NPT threaded connections.
A gate valve is utilized to obstruct the movement of fluid within a system. It is categorized as a valve with linear motion and is unsuitable for controlling or regulating fluid flow due to its limitations in achieving flow control. If employed for fluid control and regulation, the gate valve's seating surface and disc may be subject to erosion. Operating a gate valve necessitates a small amount of space along the pipeline. The gate valve is designed to be either fully open or fully closed. It consists of various components, including the body, seat, stem, bonnet, wedge, gasket, and hand wheel. The central disc of the gate valve obstructs fluid flow and can be raised or lowered by rotating the wheel handle. This rotation can be performed in a clockwise direction to open or close the valve. By requiring multiple rotations of the handle between the open and closed positions, the gate valve helps prevent water hammer effects. Furthermore, the velocity at which the fluid travels through the valve can be adjusted gradually. This gate valve is made of Stainless steel SS316 material and solid taper wedge, it commonly used due to its strength and simplicity. This type of gate valve is suitable for various fluids. However, the disc design is prone to leakage. It is suitable for medium to low pressure temperature application. This gate valve can withstand working pressure up to 200 PSI and working temperature of -29°C to 150°C. Conform to ASME B16.34 design and it comes with 2 threaded NPT ends.