Stainless Globe Valve

Stainless Steel Globe Valves is a kind of cut-off valve. The material requirements of the valve body are higher than that of 301.304.316 and other materials, which are widely used in chemical industry, ship, medicine, food machinery and other industries. The valve stem axis of the globe valve is perpendicular to the sealing surface of the valve seat. The opening or closing of the valve stem is relatively short, and has a very reliable cutting action, making the valve very suitable for cutting or adjusting and throttle use of the medium. The closing principle of the globe valve is to close the valve sealing surface and the valve seat sealing surface by means of the pressure of the valve bar to prevent the circulation of the medium.

Unique non-rotating stem design is easily adaptable for actuation – with precision Acme threads and burnished finish. Valve suitable for horizontal installation. Universal trim: 13Cr stem, 13Cr faced

Unique non-rotating stem design is easily adaptable for actuation – with precision Acme threads and burnished finish. Valve suitable for horizontal installation. Universal trim: 13Cr stem, 13Cr faced

WCB Globe Valve Pressure: Class150-600 Size: 1/2”-24” Temperature: -29-425℃ Connect Type: Flange Material: Cast steel, Stainless steel Media: water, gas, oil Function: Shutoff Operation: Handwheel, Ge

WCB Globe Valve Pressure: Class150-600 Size: 1/2”-24” Temperature: -29-425℃ Connect Type: Flange Material: Cast steel, Stainless steel Media: water, gas, oil Function: Shutoff Operation: Handwheel, Ge

The Flanged End Globe Valves is a forced seal valve, so when the valve is closed, pressure must be applied to the disc to force the sealing surface to leak. When the medium enters the valve six under the valve disc, the resistance that the operating force needs to overcome is the friction force of the stem and the filler and the thrust of the pressure from the medium. The force of the valve is larger than the opening of the valve, so the diameter of the stem is large, otherwise the valve stem bending will occur.