Pneumatic control valve

This pneumatic control valve is driven by a pneumatic actuator to achieve automatic adjustment and on-off control of flow, pressure and temperature in pipeline systems. Constructed from cast steel, stainless steel and other corrosion-resistant materials, it can be matched with globe, ball or butterfly valve structures, suitable for precise control of water, steam, oil, gas and various corrosive fluids in petrochemical, electric power, chemical, HVAC and water treatment automatic control systems. Featuring sensitive action, high regulation accuracy, excellent explosion-proof performance and reliable sealing, it supports remote control and has a compact structure with long service life, providing efficient and stable fluid regulation for industrial pipeline applications.

Pneumatic single seat control valve
Pneumatic single seat control valve
The Pneumatic Single Seat Control Valve is a high-performance regulating valve designed for precise control of fluid pressure, flow rate, or temperature. Driven by a pneumatic actuator and featuring a single-seat plug structure, it offers compact design, rapid response, and exceptional reliability in demanding industrial environments such as oil and gas, chemical processing, and power generation, especially in explosion-proof applications.
Pneumatic three-way control valve
Pneumatic three-way control valve
The Pneumatic Three‑Way Control Valve is a pneumatic control valve with three ports (one inlet/two outlets or two inlets/one outlet), designed for mixing (combining two inlet flows into one outlet) or diverting (splitting one inlet flow into two outlets) applications. Driven by a pneumatic diaphragm actuator, it receives a standard pneumatic signal (0.02–0.1 MPa) or a 4–20 mA electrical signal via an I/P converter, and changes the plug position to proportionally distribute flow among the ports.
Pneumatic Angle Control Valve
Pneumatic Angle Control Valve
The Pneumatic Angle Control Valve is a high-performance flow control solution designed for precise regulation of fluids in high-pressure drop and erosive applications. Featuring a compact angle body design and a diaphragm-style pneumatic actuator, it ensures reliable operation in demanding environments such as steam systems, power plants, and chemical processing units. Its unique geometry minimizes turbulence and erosion, making it ideal for applications with high ΔP and particulate-laden media.