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.

In the plastic synthesis process, off-odors primarily originate from residual monomers, decomposition products of additives (such as tertiary amines as catalysts and phenolic stabilizers), and volatile organic compounds produced by microbial activity. Molecular sieve powder, as an efficient adsorbent, relies on its unique crystal structure and surface properties to become a key technical means to address the issue of plastic off-odors.

Application analysis of molecular sieve in the deep drying of industrial solvent tetrachloroethylene: Molecular sieves exhibit significant advantages in the deep drying of industrial solvent tetrachloroethylene due to their unique pore structure, high specific surface area, and excellent adsorption selectivity. Their core application value and technical principles are as follows:

Application analysis of molecular sieves in the deep drying of butadiene solvent industry: In the butadiene solvent industry, deep drying is a crucial step to ensure product quality and process stability. Molecular sieves, with their unique physicochemical properties, have become an indispensable and efficient adsorbent in the butadiene drying process.

Application analysis of 13X molecular sieve in adsorbing aromatic hydrocarbons to remove odor and impurities

Molecular sieves are widely used as desiccants in the plastics industry. They precisely remove moisture from plastic raw materials through physical adsorption, capillary condensation, and ion exchange mechanisms. They are particularly suitable for the drying of moisture-absorbing engineering plastics, effectively improving product quality and reducing scrap rates.