The Development History of YoLo High Performance Butterfly Valve

Butterfly valves provide an effective closing method for fluid switching and regulation, and they are the inheritors of traditional gate valve technology. With the continuous development of rubber lined elastic seat butterfly valves, their application fields have also been further expanded. Users can apply it to high-temperature and highly corrosive environments, such as mild corrosive environments, food and beverage, and hot air applications. As users begin to push butterfly valve technology to its limits and apply it to more demanding working conditions and higher leakage control and safety standards, high-performance butterfly valves have emerged.

Electric high-performance butterfly valve - YOLO Shanghai Yonglong Valve Factory

The characteristic of YoLo high-performance butterfly valve is the use of double eccentric valve plate/stem, which reduces the friction and wear of the valve seat and extends the service life of the valve. Apply it to harsh working conditions and eliminate leakage control and safety standards. High performance butterfly valves are beginning to appear in high cycle applications and are widely used in many industrial applications, providing regulation and control of process flows, including steam, hydrocarbons, high temperature, and high pressure applications.

Pneumatic high-performance butterfly valve - YOLO Shanghai Yonglong Valve Factory

One of the challenges currently faced by customers using butterfly valves is the compatibility between the materials used and the application conditions. To address this challenge, valve manufacturers are increasingly adopting new technologies on the coating of valve bodies and plates, enabling them to be used in corrosive media. The development process of YoLo high-performance butterfly valve technology will not stop, including the use of new materials and updates to industry standards. Safety and prevention of leakage are its main driving forces. The purpose is to enable users to benefit from a safer and longer lifecycle at a lower cost.