These valves are designed for industrial flow control in applications such as water treatment, HVAC, chemical processing, and general manufacturing where durable automated operation is required.

Carbon steel provides excellent mechanical strength, making it ideal for high-pressure or heavy-duty services, especially in systems where corrosion is not the primary concern.

Air Torque actuators feature a precise rack-and-pinion mechanism, delivering high torque output, smooth cycling, and reliable performance in both on/off and modulating applications.

Yes. The combination of a strong carbon steel body and a robust Air Torque actuator makes them suitable for demanding, high-load, and high-cycle conditions.

They can handle mildly corrosive fluids, but for aggressive chemicals, lined or stainless steel butterfly valves may be more suitable. Carbon steel performs best with non-corrosive or low-corrosion media.

Absolutely. Air Torque actuators are available in double acting for maximum torque or spring return for fail-safe open/close control.

Yes. When paired with the correct accessories, such as a pneumatic positioner, these valves can be used for accurate modulating control.

Air Torque actuated carbon steel butterfly valves are commonly offered from DN50 to DN600 (2"–24"), although this varies by manufacturer and specification.

Maintenance is minimal. Routine checks of the air supply, actuator seals, and valve disc/seat condition are usually sufficient for long, reliable service life.

Yes. They can be equipped with solenoid valves, limit switch boxes, air filter regulators, and positioners, depending on your automation requirements.

Carbon steel can handle elevated temperatures, but suitability depends on the seat material. EPDM, NBR, and high-temp seats are available depending on the application.

It combines the strength of carbon steel, the precision and reliability of Air Torque pneumatic actuation, and a cost-effective design—delivering dependable performance in a wide range of industrial flow control systems.