Electric control valve

This electric control valve is driven by an electric actuator to realize automatic adjustment and on-off control of pipeline medium flow, pressure and temperature. Made of cast steel, stainless steel and other corrosion-resistant materials, it can be equipped with globe, ball or butterfly valve structures, suitable for precise control of water, steam, oil, gas and various corrosive fluids in petrochemical, electric power, HVAC, water treatment and other automatic control systems. With stable operation, high adjustment accuracy and remote control support, it features reliable sealing, long service life and convenient maintenance, providing efficient and intelligent fluid regulation for modern industrial pipeline systems.

Electric sleeve control valve
Electric sleeve control valve
The Electric Sleeve Regulating Valve is a robust, high-precision solution for critical flow control in extreme industrial environments. Its sleeve-guided trim, smart electric actuation, and heavy-duty materials ensure reliable performance in oil & gas, power generation, and chemical systems. By combining advanced engineering with adaptive control, this valve delivers unmatched stability and efficiency under the most demanding conditions.
Electronic Single-seat Control Valve
Electronic Single-seat Control Valve
The Electronic Single-seat Control Valve is a precision flow control device designed for applications requiring accurate regulation of pressure, temperature, or flow rate in liquid, gas, and steam systems. Featuring a single-seat globe valve design and electronic actuator, it combines high shut-off capability with advanced digital control, making it ideal for chemical processing, HVAC, and industrial automation.
Electronic three-way control valve
Electronic three-way control valve
The Electric Three‑Way Control Valve is an electric 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. It is driven by a linear‑stroke electric actuator and receives a standard analog control signal (4–20 mA or 0–10 V DC). The motor moves the plug linearly to proportionally distribute flow among the ports.