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Pneumatic Flange Ball Valve
The pneumatic flange ball valve consists of a spherical ball with a hole in the center, which is used to stop or allow fluid flow. It is suitable for the oil, gas, water treatment and chemical processing industries, with excellent closing capacity, low operating torque, high pressure and high temperature resistance. In the petroleum, chemical, electric power and other industries, pneumatic flange ball valves are often used to control the flow of oil and gas, chemical media and fluids.
Pneumatic flange ball valve is a ball valve with a pneumatic actuator. The execution speed of pneumatic actuators is relatively fast, and workers do not need to do it themselves, which saves human resources and time to a large extent. Pneumatic flange ball valve is evolved from the globe valve. It has the same rotary 90 degree lift action, except that the cock body is spherical and has circular through-holes or channels through its axis. The proportion of the sphere and the passageway should be such that when the ball is rotated 90 degrees, the sphere should be all present at the inlet and outlet, thus cutting off the flow.
The pneumatic flange ball valve consists of a spherical ball with a hole in the center, which is used to stop or allow fluid flow. It is suitable for the oil, gas, water treatment and chemical processing industries, with excellent closing capacity, low operating torque, high pressure and high temperature resistance. In the petroleum, chemical, electric power and other industries, pneumatic flange ball valves are often used to control the flow of oil and gas, chemical media and fluids.
Pneumatic flange ball valve is a ball valve with a pneumatic actuator. The execution speed of pneumatic actuators is relatively fast, and workers do not need to do it themselves, which saves human resources and time to a large extent. Pneumatic flange ball valve is evolved from the globe valve. It has the same rotary 90 degree lift action, except that the cock body is spherical and has circular through-holes or channels through its axis. The proportion of the sphere and the passageway should be such that when the ball is rotated 90 degrees, the sphere should be all present at the inlet and outlet, thus cutting off the flow.