Globe Valve

The working principle of the globe valve is relatively simple: when the spool moves down, the gap between the spool and the seat gradually Narrows until it is completely closed, thereby preventing the passage of fluid; As the spool moves upward, the gap between the spool and the seat gradually increases, allowing fluid to pass through. By adjusting the upper and lower positions of the spool, precise control of the fluid flow can be achieved.

• Good sealing performance: the spool and seat of the globe valve are usually made of metal or a combination of metal and non-metal materials, and have good sealing performance. When the spool is completely closed, it can ensure that the medium does not leak.

• Low fluid resistance: the flow path of the stop valve is usually straight through, and the resistance of the fluid through the valve is small, which can reduce energy consumption.

• Wide adjustment range: By adjusting the upper and lower positions of the spool, precise control of the fluid flow can be achieved, and the adjustment range is wide.

• High applicable pressure: The structural design of the globe valve enables it to withstand high pressure and is suitable for high-pressure situations.

• Easy operation: The transmission device of the stop valve is reasonable in design, simple and rapid in operation, and the switch and adjustment of the valve can be realized only by rotating the hand wheel or electric actuator.

Size：                      1/2"~8"

Pressure Rating：   150LB, 300LB, 600LB, JIS10K, JIS20K, PN16

Materials：             WCB, CF8, CF8M, CF3, CF3M etc.

Design：                ASME B16.34, JIS B2071, JIS B2081, GB/T 12235

Types：                  Flanged, Threaded, Socket Welded Ends