Globe valves are primarily used for regulating flow in pipelines. They provide good throttling capabilities and can also serve for on/off service.

The name comes from the valve body’s spherical shape in early designs. Modern globe valves may not be perfectly round, but the name stuck.

Not always. Globe valves usually have a flow direction indicated on the body. Installing them backwards can reduce performance and damage internal components.

Globe valves regulate flow by raising or lowering a disk, while gate valves use a flat gate that either blocks or opens the flow. Globe valves are better for throttling, while gate valves are best for full shut-off.

Yes. Their internal design forces fluid to change direction, which increases resistance and pressure drop compared to ball or gate valves.

They’re common in power plants, chemical processing, steam systems, oil & gas, and water treatment—especially where flow control and throttling are needed.

Absolutely. Globe valves are widely used in steam systems because they can handle high pressure and temperature while offering reliable shut-off and regulation.

Yes. Globe valves can be fitted with electric, pneumatic, or hydraulic actuators for precise automated control in complex systems.

They can be heavy, costlier than gate valves, and less efficient for full flow applications due to higher pressure loss.

Yes. Seats, discs, and packing can usually be replaced, making them a long-lasting investment if properly maintained.

Yes, unlike gate valves, globe valves are designed for throttling. However, the disc and seat may wear faster if left in a throttled position under high pressure.

Outside of industrial plants, globe valves have been adapted for experimental setups in aerospace test rigs, cryogenic research, and even artistic water fountains—where precise flow control is needed.