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1. Light in weight and attractive in appearance. 2. Functionally, it can replace many products with incomplete features, simplifying the design while addressing the issues of complex factory management, difficult selection processes, and high maintenance requirements. 3. Electric control valves have a large adjustable ratio, generally reaching 100, and can maintain excellent control performance from 10% to 90% of their opening degree. 4. It features smooth operation and extremely high reliability, and can address the serious structural defect of excessive leakage in traditional valves. 5. It features excellent on/off performance with zero leakage, addressing the critical structural flaw of high leakage in traditional valves. 6. Outstanding ability to overcome pressure differences, anti-clogging function, simplest flow path, unobstructed regulation, highest KV value, and the best “self-cleaning” capability. 7. The flow characteristic of the electric control valve is approximately equal percentage. As for the flow characteristics in actual operation, due to the pressure difference always present before and after the valve, the actual performance curve of traditional control valves suffers significant distortion; however, this valve not only possesses excellent control capabilities but also offers good economic efficiency and energy savings. 8. Compared with pneumatic control valves, electric control valves use power sources that are both convenient and cost-effective, eliminating the need for a series of complicated procedures involved in setting up an air supply station. 9. Electric tissue conditioning systems offer high precision, with a resolution of up to 1/1000, low operating costs, and require no maintenance. 10. Depending on the actual operating environment, a ceramic-lined ball valve or a fully ceramic-hard-sealed ball valve can be selected to achieve improved corrosion and wear resistance.