Types of Purification Materials for Gas Purifiers

First of all, we must know what the functional requirements of these gas purifiers are: is the impurity in the gas to be used can be removed, Increasing the purity of the gas to more than 99.99999%, such as high-purity nitrogen, hydrogen, oxygen, and argon, can play a vital role in China's industrial production. The next thing is that we know the role of the filler (purification technology material) in the gas separation purifier, which is targeted to remove impurities.

Accelerant: can catalyze H2, CO, hydrocarbons and other reducing gases combined with O2 to form water and CO2, generally used for high impurity content, pretreatment of a large number of impurities.

Deoxygenation adsorbent: Oxygen can be removed by chemical reaction, and water and carbon dioxide can be removed by physical adsorption. Usually after this process, the resulting gas is pure enough to be used.

Getter: The getter to remove all gases can be inert gases except argon, helium, etc. (Some special absorption does not absorb H2) mainly N2, CH4, etc.

Now we generally through the gas purification technology equipment management is customized production, is the enterprise according to your raw gas indicators to determine the use of a variety of different types (different components) of deoxidizer, oxidant, catalyst, desiccant, etc. to meet the company's customer service needs. In order to guarantee the product gas index and service life of the purification equipment. Chengdu Yi'an CCID do purification equipment packing is completely made in China, compared with foreign countries for the development of imported equipment, its main advantage is that students can get to meet the instantaneous fluctuations of raw gas to 200% does not affect the product gas indicators.

In order to allow the working range of the purifier to be an indicator, the purity of the gas purifier is required, in fact, it is required for the main filling material of the vacuum cleaner. For example, a high-purity argon purifier requires a minimum intake gas of 99.9%, which can be purified to 99.999. If you send 99% argon to it, it will not only fail to achieve such high purity, but also accelerate the life and even damage the purifier.