How Do V-Bore Ball Valves Work?
V-Bore Ball Valves operate similarly to standard ball valves but with a key difference: the internal ball features a V-shaped notch rather than a full round bore. This V-cut allows for more controlled and gradual flow as the valve transitions between open and closed positions. As the valve begins to open, the narrow part of the “V” allows a small amount of media to pass through, which increases steadily as the valve turns further. This provides a linear flow characteristic, ideal for modulating applications where precision is critical.
The design reduces turbulence and gives the user a much finer degree of control over flow rate, unlike traditional ball valves which tend to jump from closed to full flow. V-Bore Ball Valves can be manually operated via lever handles or automatically controlled using electric or pneumatic actuators, depending on the requirements of the system. This flexibility makes them suitable for integration into more complex process control setups.
Where Are V-Bore Ball Valves Used?
V-Bore Ball Valves are commonly found in systems where accurate flow control is just as important as shut-off capability. Their precise throttling function makes them ideal for applications that demand variable flow rates, pressure regulation, and proportional control, such as water treatment plants, food and beverage processing, chemical processing and more.
