REUSY series zeolite tells: What are the structural characteristics of zeolite?
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How much do you know about the structural characteristics of zeolite? Follow the editor of REUSY series zeolite to have a simple understanding!
The common feature of zeolites is that they have a framework structure, that is, within their crystals, molecules are connected together like a shelf, forming many cavities in the middle. Because there are still many water molecules in these cavities, they are hydrous minerals. This moisture will be discharged when it encounters high temperatures. For example, when it is burned with a flame, most zeolites will expand and foam, like boiling. That's why the name of zeolite comes from. Different zeolites have different forms. For example, analcime and chabazite are generally shaft-shaped crystals, heulandite and stilbite are plate-shaped, and mordenite is needle-shaped or fibrous, and so on. If various zeolites are pure inside, they should be colorless or white, but if other impurities are mixed inside, they will show a variety of light colors. Zeolite also has a glass-like luster. We know that the water in the zeolite can escape, but this will not destroy the crystal structure inside the zeolite. Therefore, it can also re-absorb water or other liquids.
In summary, the editor of REUSY series zeolite tells: a brief introduction to the structural characteristics of zeolite.