Introduction To The Main Features Of Pneumatic Fluorine-lined Butterfly Valve

Introduction to the main features of Lined Butterfly Valve

The pneumatic fluorine-lined butterfly valve adopts a polytetrafluoroethylene-lined butterfly plate with a spherical sealing surface. The valve is easy to operate, has tight sealing performance, and has a long service life. It can be used to quickly cut off or adjust the flow. Pneumatic valves are suitable for occasions that require reliable sealing and good adjustment characteristics.

Introduction to the main features of pneumatic fluorine-lined butterfly valves

1. The design is novel, reasonable, and unique in structure. It is light in weight and quick to open and close.
2. The operating torque is small, the operation is convenient, and it is labor-saving and flexible. 3. It can be installed in any position and is easy to maintain.
4. The seal can be replaced, and the sealing performance is reliable to achieve two-way sealing and zero leakage.
5. The sealing material is resistant to aging, corrosion, and has a long service life. Introduction to the main features of pneumatic fluorine-lined butterfly valves
6. Gear-type double pistons, large output torque, and small size. The cylinder is made of aluminum gold material, which is light in weight and beautiful in appearance.
7. The manual operating mechanism can be installed at the top and bottom. The rack connection can adjust the opening angle and rated flow.
8. The actuator can be optionally equipped with electric signal feedback indication and various accessories to realize automatic operation.
9. The adjustable screws at both ends can make the standard product have an adjustable range of ±4° at 0° and 90°.

Ensure the synchronization accuracy with the valve.

The pneumatic fluorine-lined butterfly valve adopts a split type.

The seal at both ends of the valve shaft is controlled by the rotating base surface between the butterfly plate and the valve seat with fluorine rubber; ensure that the valve shaft does not contact the fluid medium in the cavity. It is widely used in the transportation of liquids and gases in various types of industrial pipelines, and in the use of severely corrosive media, such as sulfuric acid, hydrofluoric acid, phosphoric acid, chlorine, strong alkali and other highly corrosive media.