Globe valves are preferred in steam systems because they offer precise flow control and excellent shut-off capabilities, which are critical in regulating steam pressure and temperature.

Their linear motion design and robust body construction allow globe valves to handle high-pressure and high-temperature conditions typically found in steam systems.

Yes, globe valves are ideal for throttling, allowing operators to adjust steam flow rates with accuracy.

By offering tight shut-off and accurate flow regulation, globe valves reduce steam leakage and minimise energy loss across the system.

Yes, especially when constructed from durable materials like stainless steel or cast steel, globe valves can withstand the erosive nature of high-velocity steam.

They are used in boiler feedwater lines, steam mains, condensate return systems, pressure-reducing stations, and control loops.

Absolutely. Their reliable shut-off capability helps prevent over-pressurisation and accidental steam release, enhancing operational safety.

Unlike gate valves, globe valves offer better flow modulation and quicker shut-off response, making them more suitable for control functions in steam systems.

Bellows sealed and gland packed globe valves are commonly used. Bellows sealed options prevent stem leakage and are ideal for hazardous steam duties.

Yes, globe valves can be fitted with pneumatic or electric actuators to automate steam flow control based on process conditions.

Their design accommodates thermal expansion while maintaining a tight seal and consistent performance under varying temperatures.

Leading manufacturers like ARI Armaturen produce globe valves that meet international standards for safety, pressure ratings, and material specifications in steam applications.