Pneumatic Flanged V Port Ball Valve

China Pneumatic Flanged V-port segment ball valve Manufacturer

The Xiangyu Pneumatic V port Ball Control Valve is primarily designed for flow control, and it can also be used for shut-off operation. It is a kind of Flange V Port Ball Valve.

Pneumatic V-port segment ball valve, it means that ball valve operated by Pneumatic Actuator with very fast rate(fastest open&close 2~3S),it also normal called pneumatic quick cut off ball valve, and this kind of actuator have double acting and single acting, also have accessories for optional,like SOV,L/S, POSITIONER,AFR etc.

Design Features:

1. Body
Single-piece body prevents leaks caused by separate flanges or locking rings.
2. Stem
Stem is finely grounded to match actuator excellently, which prevents rocking motion and potential failure of the V-port segmented valve.
3. Self-lubricating bearings
The upper and lower valve stems are fixed by self-lubricating bearings, which have high rotation precision and good rotation stability.
4. V-port segment ball
Designed with a specially shaped V-notch to allow the valve to have approximately equal percentage flow characteristics. At the same time, a large shear force will be generated between the segment ball and the seat during the movement. It has excellent wiping performance and is especially suitable for applications with viscous media, fibers and solid particles.
5. Seat
The valve seat is preloaded by a disc spring, so that the seat is always in close contact with the segment ball, and the sealing performance is good, it can automatically compensate the sealing pair, ensure reliable sealing.
6. Seal Surface
Nitriding/Tungsten Carbide/Stellite Alloy/Nickle Base Alloy plating are available for abrasive media.

Applications

The Pneumatic Flanged V-port Segment Ball Valve is widely used across various industries due to its versatility and precision. It is ideal for applications in the Pulp & Paper, Water Treatment, Food & Beverage, Fine Chemical, Power Plant, and Steel Industry sectors, providing reliable control and regulation of flow in demanding environments.