3A molecular sieve product introduction and application
3A molecular sieve is a silicate material with a specific pore size distribution, and its pore size can meet the diffusion and adsorption of most molecules within it. This kind of molecular sieve is mainly used in the separation and purification of gases and liquids, especially in adsorption and drying with excellent performance.
1.Product Introduction:
3A molecular sieve is an efficient and renewable adsorbent with unique pore size distribution and high specific surface area. This molecular sieve is suitable for the separation and purification of many gases and liquids, such as hydrogen, nitrogen, oxygen, carbon dioxide and so on. It has the advantages of high adsorption capacity, low energy consumption, simple operation and environmental protection. In addition, 3A molecular sieve has high thermal and chemical stability and can be used under various temperature and pressure conditions.
2.Applications:
1 Air separation: 3A molecular sieve can be used to adsorb water and carbon dioxide in air, thus improving the purity and dryness of air. In industry, this application is widely used in the process of producing high purity nitrogen and oxygen.
2. Gas drying: 3A molecular sieve can be used to dry various gases, such as hydrogen, nitrogen, oxygen and so on. In the electronics industry, this application is essential to maintain the normal operation of microelectronic equipment.
3. Liquid Separation: 3A molecular sieves can be used for the separation and purification of liquids, such as the separation of ethanol and water. In the biopharmaceutical industry, this application is vital for the extraction and purification of drugs.
4. Refrigeration system: 3A molecular sieve can be used as a desiccant in refrigeration system, which can effectively remove the water in the system and improve the efficiency and life of the system.
5. Environmental protection: 3A molecular sieve can be used to treat harmful substances in industrial waste gas and waste water, such as carbon dioxide, hydrogen sulfide, etc., so as to reduce the pollution of the environment.