What are the structural characteristics of the vacuum baffle valve?

Vacuum baffle valve can be divided into electromagnetic high vacuum baffle valve, pneumatic high vacuum baffle valve and manual high vacuum baffle valve. It is one of the common application valves in vacuum equipment or systems. It can effectively connect or directly cut off the air flow in the vacuum pipeline. device of.Whether it is pure air or non-corrosive gas, the use of vacuum baffle valves will have good results, so the frequency of use of this type of vacuum valve is very high.

Vacuum baffle valve design features of baffle valve

The vacuum damper valve has the characteristics of modular structure design, standardized design, easy replacement and maintenance, and easy cleaning. The vacuum damper valve can also choose an energy-saving design structure, is small in size, and can be applied to different ranges; some users will choose manual drive, which has Any driving effect, but it is recommended to choose electromagnetic drive or pneumatic drive, any bellows seal, or a structural design with the sealing surface facing the vacuum.

Vacuum baffle valve material selection

There are many types of materials used in vacuum damper valves. The most common materials are stainless steel, carbon steel and aluminum alloy. Generally speaking, stainless steel is better because it is durable after all. The seals are made of rubber or bellows. Of course, This is not fixed and needs to be considered and chosen from many aspects.

When using a vacuum baffle valve, it is recommended that the cycle number reach 200,000 times before the first maintenance, which will have different characteristics during use.Therefore, if you really want to choose a product that suits you, you should combine it with the actual situation. This is the key, otherwise, it may not reflect good effects in the future use process.

Vacuum flapper valves are widely used

Because the overall structure is simple and the switch closing time is short, it has safety performance advantages.Therefore, it is often used in some special industries, such as the electronics industry, the chemical industry, the aerospace industry, and the materials and biomedicine fields.In addition, it is also commonly used in some high-tech fields.For example, it is also indispensable in the fields of atomic energy and space exploration.