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Molecular Sieve Powder工作原理


Molecular Sieve Powder is a porous material, usually composed of chemicals such as aluminum silicate, with a very regular pore structure. When a gas or liquid passes through the Molecular Sieve Powder, depending on the size and shape of the molecules, the molecules are adsorbed inside the pore, while larger or irregular molecules cannot pass through. This principle of selective adsorption makes the Molecular Sieve Powder widely used in the fields of gas separation, drying and purification.
The working principle of Molecular Sieve Powder is mainly based on two aspects: molecular size and affinity. By adjusting the pore size of the Molecular Sieve Powder, molecules in a specific size range can be selectively adsorbed. At the same time, the chemical composition of Molecular Sieve Powder will also affect its affinity for different molecules, so as to achieve efficient adsorption of specific molecules.
In industrial production, Molecular Sieve Powder is often used to separate and purify gases, liquids, and even impurities. For example, in ethylene production, Molecular Sieve Powder can help remove moisture and impurities, improve production efficiency and product quality.
Overall, Molecular Sieve Powder, with its unique molecular sieve action, has become an indispensable adsorbent material in many industrial fields, providing efficient and reliable solutions for separation, drying and purification processes.
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