The working principle of high temperature wearable electric unloading valve

The working principle of high temperature wearable electric unloading valve

High-temperature wear-resistant electric ash discharge ball valve works by rotating the valve to make the valve open or blocked. The ash ball valve is light and the sealing surface is reinforced with PTFE, which is resistant to wear and high temperature. Small size, can be made of a large diameter, reliable sealing, simple structure, easy maintenance, sealing surface and spherical surface often in the closed state, not easily eroded by the media. Ash discharge ball valve and plug valve are the same type of valve, only its closing part is a ball, the ball around the valve body center line for rotation to open, close a valve.

The electric unloading ball valve is mainly used in the pipeline to do fast cutting, distributing and changing the flow direction of the medium. Electric ball valve is a new valve that has been widely used in recent years. It has the following advantages:

1. The fluid resistance is small, and the resistance coefficient is equal to the length of the same length. 2. Simple structure, small size and light weight. 3. Close and reliable, currently the ball valve sealing surface material is widely used in plastics, good sealing, and has also been widely used in the vacuum system. 4. Easy to operate, fast opening and closing, as long as it rotates 90° from full-on to full-close, which facilitates remote control. 5. It is easy to maintain, the structure of the pneumatic ball valve is simple, the seal ring is generally active, and the removal and replacement are more convenient. 6. When fully open or fully closed, the sealing surface of the ball body and the valve seat is isolated from the medium. When the medium passes through, the sealing surface of the valve will not be eroded.

High-temperature wear-resistant electric ash discharge valve working principle introduction More details Inquiry: Hebei Wuyang Environmental Protection Equipment Co., Ltd.