Honeycomb zeolite molecular sieve Its main material is natural zeolite, which is composed of SiO2 Inorganic microporous material composed of Al2O3 and alkaline metal or alkaline earth metal, with inner pore volume accounting for 40-50% of the total volume and specific surface area of 300-1000 m2/g, has the characteristics of high temperature resistance, non flammability, good thermal stability and hydrothermal stability. It is an efficient molecular sieve carrier with good adsorption performance, no secondary pollution, and can be regenerated at high temperature, which is better than similar carriers Activated carbon The efficiency is increased by 40%, which is widely used in the fields of adsorption, separation, catalysis and environment, and is more suitable for the treatment of organic waste gas with large air volume and low concentration. The adsorption material has a stable ozone decomposition ability, which significantly improves the decomposition efficiency of VOCs. The adsorption material first forms a special structural effect through the combination design of silver and manganese, which can decompose ozone into active oxygen atoms, and then react with VOCs molecules to form carbon dioxide and water.
3A series molecular sieve:
Application direction: 3A molecular sieve can be widely used for drying unsaturated olefins, such as pyrolysis gas, ethylene and acetylene; Drying of polar liquids, such as methanol, ethanol, etc; Drying of insulating glass and pyrolysis N2-H2 mixture. The effective pore size of 3A molecular sieve is 3 angstrom, which is mainly used to adsorb water and does not adsorb any molecule with a diameter greater than 3 angstrom. According to the industrial application characteristics, our 3A molecular sieve has faster adsorption speed, more regeneration times, higher compressive strength and anti pollution ability, which improves the utilization efficiency of 3A molecular sieve and extends the service life of 3A molecular sieve Good desiccant for deep drying, refining and polymerization of gas-liquid phase in chemical industry.
