Introduction to clamp type fluorine lined butterfly valve and flange type fluorine lined butterfly valve

    Fluorine-lined Butterfly Valve It is a type of butterfly valve with a relatively simple structure similar to butterfly valves, mainly used to regulate the medium in pipelines.
Fluorine lined butterfly valves are suitable for a wide range of media, including air, water, steam, and various corrosive media. They mainly play a role in regulating flow and cutting off medium flow in pipeline systems.
The fluorine lined butterfly valve is opened and closed by a butterfly plate, while the fluorine lined butterfly valve is driven by a valve stem, and can be opened and closed once by turning it 90 degrees. Fluorine lined butterfly valves and butterfly valves themselves do not have self-locking functions. In order to assist in the positioning of the butterfly plate, a turbine reducer is usually installed on the valve stem of the fluorine lined butterfly valve. Installing a turbine reducer can enable the butterfly plate to have self-locking function, allowing it to stop at any position. It can also improve the operational performance of the fluorine lined butterfly valve, making it easy and effortless to operate.
Fluorine lined butterfly valves are also commonly classified as Clamp type fluorine lined butterfly valve And flange type fluorine lined butterfly valve. The difference between the two is the connection method. For clamp type fluorine lined butterfly valves, double headed bolts are used to connect the valve between two pipeline flanges, while flange type fluorine lined butterfly valves have flanges on the valve, which are connected to the flanges on the pipeline with bolts. The flange type fluorine lined butterfly valve is usually suitable for industrial pipeline systems such as metallurgy and chemical engineering. It has a novel structural design and a small volume. In addition, the fluorine lined butterfly valve adopts a double eccentric structure, making the opening and closing process easy and labor-saving.