13X molecular sieve is a sodium silicate crystal material with a core pore size of 9-10 Å, which can selectively adsorb molecules with a diameter less than 10 Å. Based on its unique pore structure and adsorption characteristics, 13X molecular sieve has demonstrated irreplaceable core application value in the following fields:

Powdered molecular sieves play a crucial role in the synthesis of polyurethane by removing water and eliminating bubbles. Their principle is based on the selective adsorption properties of microporous structures, which can effectively solve the problem of bubbles caused by moisture, while improving product quality and process stability.

The application of molecular sieves in packed towers mainly relies on their high selective adsorption properties, playing a key role in gas drying, purification, and separation processes. At the same time, it is necessary to combine the structural optimization of packed towers to achieve efficient mass transfer.

Molecular sieves are an efficient and reliable technique for the purification of n-hexanol solvent micro water. Their application is based on the unique physical adsorption properties and chemical stability of molecular sieves, which can meet the preparation requirements of high-purity solvents.

Molecular sieve is an adsorbent with a regular microporous structure, widely used in gas separation, drying, purification and other fields.

Molecular sieves in adsorbents are artificially synthesized inorganic non-metallic porous crystal materials with unique crystal structures and excellent adsorption, ion exchange, and catalytic properties, playing an important role in multiple industrial fields.