The oil & gas industry requires extremely high standards for safety, stability, and long-term reliability. Valves and actuators are often required to operate under high pressure, high temperature, corrosive media, and continuous-duty

In the power generation industry, valves and actuators are widely used in thermal power plants, gas-fired power stations, and auxiliary systems for renewable energy. Typical applications include cooling water systems, auxiliary steam lines, and fuel handling. Power projects require long-term continuous operation with high standards of reliability and safety.

In the chemical industry, valve systems are widely used in raw material transfer, process control, and product handling. The variety of media and operating conditions places high demands on sealing performance and operational stability.

In municipal infrastructure projects, valves and actuators are widely used in water supply, drainage, district heating, and public utility systems. These projects typically have long service lifecycles and require stable performance, consistent supply, and long-term support.

With the rapid growth of electric vehicles and energy storage industries, lithium battery manufacturing requires high standards for process control and system reliability. Valves and actuators are mainly used in electrolyte transfer, solvent handling, and auxiliary chemical systems, where sealing performance and control accuracy are critical.

In a certain city, the gas stations are responsible for refueling a large number of gas-powered vehicles such as taxis and buses. With the continuous increase in refueling demands, the existing refueling equipment has low levels of automation, slow refueling speeds, and insufficiently precise control

In environmental protection applications, valves and actuators are widely used in wastewater treatment, exhaust gas handling, and recycling systems. These applications require stable operation and easy maintenance.

The mining industry operates under harsh conditions. Valve systems are widely used in slurry handling, cooling water systems, and auxiliary processes, requiring high structural strength, operational stability, and ease of maintenance.

Seawater desalination projects operate in harsh environments, requiring high corrosion resistance, sealing performance, and long-term reliability from valves and actuators.