Pneumatic V-shaped eccentric ball valve production

NegotiableUpdate on 03/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

1. The fluid resistance is small, and its resistance coefficient is equal to that of a pipe segment of the same length. $r $n2. Simple structure, small size, and light weight. $r $n3. Tight and reliable, the sealing surface material of ball valves is widely made of plastic, with good sealing performance, and has also been widely used in vacuum systems. $r $n4. Easy to operate, quick opening and closing, from fully open to fully closed, just rotate 90 degrees; Easy to control from a distance. $r $n5. Easy to maintain, ball valve structure is simple, and the sealing ring is generally movable, making disassembly and replacement relatively convenient. $r $n6. When fully open or fully closed, the sealing surfaces of the ball and valve seat are isolated from the medium. When the medium passes through, it will not cause any damage to the valve sealing surface

Product Details

structural characteristics

1. Open and close without friction. This feature is fully understoodThe problem of traditional valves affecting sealing due to friction between sealing surfaces.

2. Top mounted structure. Valves installed on pipelines can be directly inspected and repaired online, which can effectively reduce equipment downtime and lower costs.

3. Single seat design. Eliminating the issue of abnormal pressure rise in the valve chamber medium affecting safety during use.

4. Low torque design. The valve stem with a special structural design can be easily opened and closed with just a small handle.

5. Wedge shaped sealing structure. Valves are sealed by the mechanical force provided by the valve stem, which presses the ball wedge onto the valve seat, ensuring that the sealing performance of the valve is not affected by changes in pipeline pressure difference. The sealing performance is reliably guaranteed under various working conditions.

6. Self cleaning structure of sealing surface. When the sphere tilts away from the valve seat, the fluid in the pipeline passes uniformly along the sealing surface of the sphere at a 360 ° angle, which not only eliminates the local scouring of the valve seat by high-speed fluid, but also washes away the accumulated substances on the sealing surface, achieving the purpose of self-cleaning.