Ensuring Reliability in High-Pressure Power Cycles.In thermal power generation, the "water-steam cycle" presents unique challenges. While the media are simple, extreme fluctuations in pressure drop (100–350 kg/cm²) and temperature demand robust control valve engineering to prevent flashing, cavit

In the pursuit of operational efficiency and reduced energy consumption, the selection of automatic control valves has become a critical factor for industrial facilities. While traditional industries have long relied on manual and pneumatic valves, electric control valves are rapidly gaining market

In modern water supply and drainage engineering, protecting centrifugal pump systems from hydraulic shock is critical. Traditionally, a pump discharge line requires three separate components: a gate valve, a check valve, and a water hammer arrestor. However, this setup is bulky and maintenance-inten

By integrating these specialized devices, engineers can achieve a more reliable and fail-safe control loop. Below is a technical breakdown of the most common accessories and their roles in process optimization.

Control valves, also known as regulating valves, serve as the core actuators in industrial automation process control systems. They precisely adjust flow, pressure, temperature, and other key parameters of pipeline media by receiving signals from control units like PLCs and DCS systems, enabling acc

In complex industrial process control, a standard control valve and actuator assembly often require additional support to meet specific operational demands. Control valve accessories—also known as auxiliary devices—are critical components that enhance the functionality, precision, and safety of th

In any industrial automated control system, the control valve serves as the primary actuator—effectively the "hands" of the operation. As the final terminal element in a process loop, the quality of its application directly dictates the system's regulation performance.

In the selection of HVAC and district heating components, a common mistake is applying self-operated flow control valves to every type of hydraulic balancing scenario. However, the physical characteristics of these valves dictate that they are only suitable for constant flow (quality-regulated) syst