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

A/ Microporous Structure and Surface Properties1. Pore size distribution: The pore size distribution of carbon molecular sieves needs to match the size of gas molecules such as nitrogen and oxygen. Its average pore size is generally between 0.3 and 1.0 nanometers. Under ideal conditions, it allows o

A/ Disconnect the power supply of the nitrogen generator and drain it: Before replacing the carbon molecular sieve, the power supply of the ammonia generator needs to be disconnected first and drained. The purpose of emptying is to prevent nitrogen residue from damaging the new carbon molecular siev