Many people think that electric valves are expensive and have high operating costs. However, this is not the case. If we calculate as a whole, traditional valves require many accessories and pipeline installations, and their prices do not have an advantage. Instead, they have to bear more maintenance costs.

As for electric valves, due to their advantages of easy assembly, low failure rate, and meeting the automation needs of the industry, they are a more cost-effective choice for operators. Due to the use of traditional pneumatic valves, it is inevitable to have piping, solenoid valves, and compressors to match them, while electric valves are driven by motors, making installation simple and convenient. In addition, the installation of electric valves can be coordinated with the factory's existing self-control circuit, which can save other cost expenditures. In addition, motor-driven opening and closing are smoother, without the disadvantage of excessive instantaneous impact, and the failure rate can be significantly reduced.

Industry insiders have stated that valves are mostly used in industrial processes to control the movement and flow of various fluids, such as water, oil, chemical liquids, etc., based on parameters such as temperature, pressure, and flow rate. The commonly used control valves in factories include pressure reducing valves, pneumatic constant temperature valves, solenoid valve constant temperature systems, proportional control valve constant temperature systems, temperature control valves, and other types. When selecting various types of automatic valves, factors such as the type of heat engine, required accuracy, quality of control valves, pressure drop, flow rate and its structure, failure rate, manufacturer credit, and after-sales service should be considered in order to achieve economic and practical goals.