In August, CHEMXIN received an urgent request from a customer in Indonesia. The client had previously purchased a large quantity of CHEMXIN carbon molecular sieve (CMS), but due to a malfunction in their own equipment, the CMS could not be properly replaced and installed, which severely affected the

Carbon molecular sieves are adsorption materials with a porous structure, and their adsorption effect is mainly based on factors such as molecular size and polarity. For some radioactive gases, such as radioactive iodine vapor (131I, etc.) and xenon gas (133Xe, etc.), if their molecular size matches

A/ Temperature Control1, Adsorption temperature: The adsorption performance of carbon molecular sieves is significantly affected by temperature. Generally speaking, low temperatures are conducive to the adsorption process. At normal or lower temperatures, carbon molecular sieves have a larger adsorp

A/ Nitrogen Production: Many processes in the electronics industry require high-purity nitrogen, and carbon molecules can be used in pressure swing adsorption nitrogen production devices. By taking advantage of the difference in adsorption capacity of carbon molecular sieves for oxygen and nitrogen