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Molecular sieve is a material with precise and single tiny holes, uniform pore size and high specific surface area. It is mainly used for adsorption of gas or liquid, and can also be used for catalytic reaction. The principle of action is that sufficiently small molecules can be adsorbed through the pores, while larger molecules cannot. The name of molecular sieve comes from its ability to adsorb molecules smaller than the diameter of the pores into the interior of the pores, and exclude molecules larger than the pores, so that molecules with different shapes and diameters, molecules with different degrees of polarity, molecules with different boiling points, and molecules with different degrees of saturation can be separated to play the role of "sieving" molecules. 12 molecular sieve has a wide range of applications, including but not limited:
The moisture in the hollow glass cavity is adsorbed, the dew point is reduced, and the glass is prevented from fogging so as to achieve the purpose of heat preservation, energy saving and noise reduction.
Molecular sieves are widely used in many industries. It is used in the oil and gas industry for separation and purification to ensure the quality and efficiency of energy products. In the chemical industry, molecular sieves are used in catalytic reactions to produce various chemicals. In addition, molecular sieves are also widely used in air separation, gas purification and environmental protection fields, such as wastewater treatment and air purification. In the food and pharmaceutical industries, molecular sieves are used for separation and refining to ensure product safety and purity. In general, molecular sieves are widely used, involving many important industries such as energy, chemical, air separation, environmental protection, medicine and food.
