Application of molecular sieves in the new energy industry 1. Lithium ion battery: deep dehydration of electrolyte Lithium battery organic electrolytes are extremely sensitive to moisture, and ppm level water can seriously affect cycle life and safety.

The chemical composition and pore size of linear and spherical molecular sieves are completely the same, and their differences are mainly reflected in the performance differences caused by their different physical forms.

Hollow glass molecular sieve, commonly referred to as 3A molecular sieve in the industry, is the most core specialized desiccant in the manufacturing of hollow glass, filled in the gap layer (hollow layer) between two (or more) pieces of glass. Its function is almost equivalent to the "life switch" of whether insulating glass can remain foggy and functional for a long time.

13XAPG molecular sieve is a specialized improved version of 13X molecular sieve. There are differences between the two in terms of chemical composition, adsorption performance, application fields, technical indicators, and production processes, as follows:

Molecular sieves, as a crystalline aluminosilicate material with a regular microporous structure, play a crucial role in gas production due to their unique adsorption and separation properties.

13X molecular sieve demonstrates high efficiency, stability, and cost-effectiveness in the application of removing carbon monoxide from hydrogen through adsorption. It can achieve deep removal of carbon monoxide through physical adsorption, meeting the industrial requirements for hydrogen purification.