Carbon molecular sieve is a core component in nitrogen generators, which achieves efficient, energy-saving, and stable high-purity nitrogen production through selective adsorption of oxygen, rapid desorption and regeneration, and efficient separation of nitrogen and oxygen. Combined with high specific surface area, uniform pore structure, good chemical stability, and mechanical strength, it is widely used in fields such as food preservation, electronics industry, chemical production, metal processing, and pharmaceutical industry.

Molecular sieves play a core role in air separation equipment, achieving efficient purification, separation, and regeneration of air through their highly selective adsorption properties. Specific applications can be systematically summarized into the following three dimensions:

The application of molecular sieves in refrigerants is mainly reflected in four core areas: drying and dehumidification, impurity adsorption, system protection, and efficient operation. The specific mechanism of action and application scenarios are as follows:

The application of molecular sieves in the hydrogen production industry is extensive and critical, mainly involving gas separation, purification, raw material pretreatment, and hydrogen storage

Molecular sieves play a multidimensional and critical role in the production of lithium batteries. Their unique pore structure, adsorption characteristics, and chemical stability provide core technical support for the performance improvement, safety assurance, and process optimization of lithium batteries. The following analysis will be conducted from five dimensions: raw material purification, positive electrode material preparation, electrolyte optimization, membrane modification, and solid-state electrolyte innovation:

Application analysis of molecular sieves as desiccants in chlorobenzene solvent production