What Is The Operating Process Of Antibiotic Valves?

The antibiotic valve includes a valve cover, which forms a closed structure with the valve body seat. The valve cover of the product is equipped with a valve stem, and one end of the valve stem of the product is equipped with a first drive pin. The first drive pin of the product is equipped with a first drive plate, and the bottom end of the valve body seat of the product is equipped with a support shaft. The support shaft of the product is equipped with a second drive pin, and the second drive pin of the product is equipped with a second drive plate. A sphere is set between the first drive plate and the second drive plate of the product. This product has a simple structure, low manufacturing cost, fast opening and closing speed, minimal wear, and simple operation.
The butterfly plate of the antibiotic valve is installed in the diameter direction of the pipeline. In the cylindrical channel of the antibiotic valve body, the disc-shaped butterfly plate rotates around the axis, with a rotation angle between 0 ° and 90 °. When rotated to 90 °, the valve is fully open.
Antibiotic valves and their production processes are suitable for high wear and strong corrosion conditions, while also solving the problem of brittle cracking in ceramic ball valves. The characteristic of this ball valve is that there is a ceramic layer sprayed by plasma on the matching surface between the ball and the valve seat. Due to the utilization of the wear-resistant and corrosion-resistant characteristics of ceramic materials, it has good internal sealing performance and service life when facing harsh working conditions such as high wear, strong corrosion, high temperature, and high pressure; At the same time, due to the fact that the valve seat, ball, and valve body are still made of metal, it can also avoid brittle cracking of the valve seat and ball.
When processing the ball and valve seat, a certain thickness of ceramic material is coated on the mating surface of the ball and valve seat to form a ceramic layer. Then, the mating surface of the ball and valve seat is ground separately. After assembling the ball and valve seat, the hard sealing of the ball and valve seat is studied to achieve the required fitting accuracy and improve the sealing performance of the antibiotic valve.