Diagram of the Calcined Kaolin

What do you know about diagram of the calcined kaolin? Here I will let you know. So that there will be little confusion about it. Calcination Process is the reaction process that solid materials don't occur molten under conditions of high temperature, there may be oxidation, pyrolysis, reduction, halogenation, etc., is typically used for calcined inorganic chemical and metallurgical industries.The calcination process has two types: additive and non-additive.

Calcined without additive is also known as calcination, in accordance with applications, it can be divided into: (1) decomposition ore, such as the limestone is processed chemically into calcium oxide,at the Fote time get carbon dioxide gas; (2) activation ore, its purpose is to change ore's structure to make it easy decompose, such as kaolin is calcined and dehydrated to make its structure loosen and multihole and easy to further produce alumina; (3) removal of impurities, such as desulfurization,removal of organic matter and adsorbed water; (4) crystal transformation, such as calcined titania to change crystal type to improve its use nature.

Production process can be divided into two kinds methods: burned expansion method and sintering process. Burned expansion method is make raw materials heat to melting temperature, producing gas to swell. Sintering process make some raw materials melting by heating to whole grains bonded together. Our effective could be applied to series of construction companies. For instance, the cement factories and building companies would need to use it to accomplish completed tasks. It enable the customers to earn more profits since the energy consumption is reduced. During the researching and manufacturing, Fote Machinery believe that we should connect our designs with the market demand.

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