Side-mounted eccentric semi-ball valve uses
Date: 2023.06.05 Views: 383
The side-mounted eccentric semi-ball valve is a special form of ball valve in which the ball is centrifugally placed on one side of the pipe instead of in the center. Side-mounted eccentric hemispherical valves are suitable for fluid control systems in petroleum, chemical, metallurgy, electric power and other industries. Especially suitable for occasions requiring precise flow control and bidirectional fluid control. This design enables the side-mounted eccentric semi-ball valve to have the following features and uses:
1. Fluid control: Side-mounted eccentric semi-ball valve is suitable for controlling various liquids and gases. By rotating the sphere, the fluid flow can be adjusted and controlled to meet the flow requirements of the process.
2. Throttle control: The side-mounted eccentric semi-ball valve can achieve throttling control of the fluid by adjusting the position of the ball. When a relatively large flow rate needs to be controlled, the sphere can be placed in an eccentric position to increase the flow channel area; when a smaller flow rate needs to be controlled, the sphere can be placed in an eccentric position to reduce the flow channel area.
3. Two-way fluid control: The design of the side-mounted eccentric hemispherical valve can realize two-way fluid control. This means that both forward and reverse flow of fluid can be controlled through the valve, making it suitable for applications requiring reverse flow control.
4. Suitable for high-temperature and high-pressure media: side-mounted eccentric hemispherical valves are often used in high-temperature and high-pressure working conditions, and their structural design can withstand high pressure and high temperature to ensure the normal operation of the valve.
All in all, the side-mounted eccentric semi-ball valve has the characteristics and uses of fluid control, throttling control, two-way fluid control, suitable for high temperature and high pressure media and a wide range of applications. It can achieve precise flow control under various working conditions and provide reliable bidirectional fluid control capabilities.
