Detailed information on stainless steel double eccentric handle butterfly valve

1、 Stainless steel double eccentric handle butterfly valve product overview:
The double eccentric flange butterfly valve developed by our company has a compact structure, easy 90 ° rotary switch, reliable sealing, and long service life. It is widely used in water plants, power plants, steel mills, papermaking, chemical, catering and other systems for water supply and discharge, as well as for regulating and shut-off purposes.

2、 Structural diagram of stainless steel double eccentric handle butterfly valve product

3、 Stainless steel double eccentric handle butterfly valve features:
1. The double eccentric butterfly valve adopts a double eccentric structure, which has a sealing function that becomes tighter as it is closed, and the sealing performance is reliable.
2. The sealing auxiliary material is paired with stainless steel and nitrile oil resistant rubber, which has a long service life.
3. The rubber sealing ring can be located on the valve body or on the butterfly plate, and can be suitable for different characteristics of media for users to choose from.
4. The butterfly plate adopts a frame structure, with high strength, large overcurrent area, and low flow resistance.
5. The overall baking paint can effectively prevent rust and can be used in different media as long as the sealing material of the valve seat is replaced.
6. The double eccentric butterfly valve has bidirectional sealing function, which is not controlled by the flow direction of the medium or the spatial position during installation, and can be installed in any direction.
7. The double eccentric butterfly valve has a unique structure, flexible operation, labor-saving, and convenience.

4、 Scope of application of stainless steel double eccentric handle butterfly valve

This series of butterfly valves adopts an eccentric structure design. The main structure of the valve consists of valve body, butterfly plate, valve seat, valve stem, and transmission mechanism. The valve seat adopts a detachable structure and can be made of materials that are resistant to high temperature, corrosion, light, and aging according to the physical and chemical characteristics of different media. It can be widely used as a regulating and shut-off device in fluid pipelines such as water supply and drainage, sewage, construction, air conditioning, petroleum, chemical, food, medicine, textile, papermaking, hydropower, ships, metallurgy, energy systems, etc.