Q941F/H Electric Flange Ball Valve

Electric V-Port Control Ball Valve Product Overview

Our company's introduced and developed Electric V-Port Control Ball Valve is composed of an imported electric actuator and a high-quality V-port ball valve. Due to the V-shaped structure of the ball core, it has a shearing effect on the valve seat. Therefore, the Electric V-Port Control Ball Valve is suitable for controlling relevant process parameters in suspension media containing fibers or fine solid particles in industrial enterprises such as papermaking, chemical, and metallurgical industries. It is particularly suitable for automatic regulation of fluids with suspended particles like pulp, white water, black liquor, white liquor, and thick or turbid slurry media in the pulp and paper production process.
1. The V-notch ball core of the Electric V-Port Ball Valve has a shearing effect with the metal valve seat, making it especially suitable for media containing fibers, fine solid particles, slurries, etc.
2. The Electric V-Port Ball Valve also has reliable positioning and regulation capabilities, with an approximate percentage flow characteristic and a wide adjustable range.
3. The Electric V-Port Ball Valve adopts a movable valve seat structure loaded with disc springs, ensuring that the valve seat and ball core do not experience jamming or detachment issues, providing reliable sealing and a long service life.

Electric V-Port Control Ball Valve (with BV-TORK Actuator)	Electric V-Port Ball Valve (with OV-TORK Actuator)

Electric V-Port Control Ball Valve Product Features

1. Features an elastic load pressure-assisted sealing seat, ensuring tight contact between the valve seat and the ball core from start to finish.
2. Has an integrated valve body structure, eliminating the possibility of potential leaks.
3. Exhibits an equal percentage characteristic, with a wide control range and exceptionally stable control process, making it widely applicable in various process flows.
4. The valve stem and ball core are connected using involute splines. When the tooth profile is loaded, radial forces on the teeth enable automatic centering, and uniform force distribution across the teeth ensures high strength and long life.