In the actual production process, when the medium passes through the globe valve, the flow resistance will increase due to the influence of some objective factors, and its pressure will decrease at this time. If the staff cannot effectively solve this problem during this process, cavitation will occur when the medium saturated vapor pressure is low. Affected by factors such as squeezing air bubbles, it will lead to defects in the valve seat and sealing performance. invalid. Therefore, in this context, in order to effectively prevent other factors from affecting the production process of high-pressure globe valves, check valves, and low-pressure gate valves, technologies such as vapor deposition are generally used, not only optimizing high-pressure globe valves, check valves, The internal structure of the low-pressure gate valve can effectively reduce the loss of flow resistance, strengthen the long-term protection of the valve seal, and continuously improve the quality of production.
