• AVC Stainless Steel Globe Valve
• AVC Oblique Stop Globe Valve
• AVC Butt Weld Ends Globe Valve
• AVC Electric Actuator Globe Valve
• AVC Pressure Sealed Globe Valve(Power Station Valve)
• AVC Mortor Operated Electrical Cast Steel Globe Valve
• AVC API GLOBE VALVE
• AVC API Gear Operator Globe Valve
• AVC Cast Steel Globe Valve
• AVC DIN Globe Valve
• AVC DIN Globe Valve
• AVC DIN PN25 Globe Valve
• AVC DIN RF Globe Valve
• AVC DIN SS Globe Valve
• AVC GS-C25 DIN Globe Valve
• AVC GS-C25 DIN Globe Valve
• AVC CF8M Pressure Seal Globe Valve
• AVC DIN SS Globe Valve
• AVC SS304 Globe Valve
• AVC SS Pressure Seal Globe Valve
• AVC SS Globe Valve
• AVC SS RF High Pressure Globe Valve
• AVC Bellow Sealed Globe Valve
• AVC Bellow Sealed Globe Valve
• AVC Cryogenic Globe Valve
• AVC CF8M Pressure Sealed Globe Valve
• AVC Pressure Seal Globe Valve
• AVC SS Pressure Seal Globe Valve
• AVC SS RF High Pressure Globe Valve
• AVC Pressure Seal Globe Valve
• AVC BW Globe Valve
• AVC BW Pressure Seal Globe Valve
• AVC Mortor Operated Electrical Cast Steel Globe Valve
• AVC Electric Actuator Globe Valve
• AVC Electric Actuator Globe Valve
• AVC Y Type Globe Valve
• AVC Y Type Bellow Globe Valve

AVC Globe valves are linear motion valves with rounded bodies, from which their name is derived.  They are widely used in industry to regulate fluid flow in both on/off and throttling service.  Globe valves consist of the following moving parts - the disk, the valve stem, and the handwheel. The stem connects the handwheel and the disk. It is threaded and fits into the threads in the valve bonnet.  The location of the valve disk in relation to the valve seat allows or restricts flow.  The direction of fluid flow through the valve changes several times, which increases the pressure drop across the valve. In most cases, globe valves are installed with the stem vertical and the higher-pressure fluid stream connected to the pipe side above the disk, which helps to maintain a tight seal when the valve is fully closed.

When globe valves are open, the fluid flows through the space between the edge of the disk and the seat. These valves are commonly used as a fully open or fully closed on/off valves, but they may be used for throttling as long as fine adjustments are not required.
These linear motion valves can be used in a variety of applications as long as the pressure and temperature limits are not exceeded, and the process does not require special materials to combat corrosion. Globe valves are generally available in a variety of metal and alloy constructions, as well as plastics, to cover this wide range of industrial applications.  Proper material compatibility requires knowledge of the type, concentration and temperature of the media being handled. It may be necessary to consult the manufacturer of the valve for specific properties of the materials used in the valve. 

Globe valves provide the following advantages: they offer precise throttling and control and have high-pressure limits. Conversely, they offer a low coefficient of flow and are not good selections in applications that require cleanliness or sterility.
Globe valves are available in three main body types (although custom designs are available as well): angle design, Y-design and multi-piece design.  Angle valves are designed so that the inlet and outlet are perpendicular, for transferring flow from vertical to horizontal.  Y-design valves derive linear action from the incline between the axis of the inlet and outlet ports.  The bodies of multi-piece design valves are bolted together.  The inlet and outlet are not of single piece construction.