Is there a significant difference in the actual function of the valve core in V-type ball valves?
Thread Content
These three are all valve cores for V-type ball valves, but their structures differ greatly; I’m not sure what differences there are in actual use Seeking advice from all of you**
Is it a single piece design to save material?
It should have good shear strength; the medium should be a paste with some solid particles. Personal opinion
The first type is the V-shaped control ball valve, whose V-shaped port is used primarily for flow regulation. The second type is the V-shaped hemispherical valve, which is used for handling particle-containing pulp fibers; its V-shaped port serves mainly for cutting. The third type is the eccentric hemispherical valve, which is designed to prevent the accumulation of medium inside it. Each type has different primary functions
The fourth floor is extremely professional! Different operating conditions require the use of different ball valves!
Thank you for the guidance; I see now – it seems there’s a significant difference
Is the first type of V-ball valve effective for regulation?
The first type is strictly a on/off valve, not a V-ball valve in the true sense; therefore, its adjustment accuracy and performance are not good enough
So what is the structure of a true V-type control valve? I hope the expert can give some advice