Low-titanium calcium aluminate and its preparing method
A technology of low calcium aluminate titanate and its manufacturing method, which is applied in the field of low calcium aluminate titanate, can solve the problems of unsuitable smelting, inconvenient use, and low efficiency, and achieve the effects of simple and feasible production process, abundant sources, and low melting temperature
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example 1
[0021] Example 1: Production with a cupola. Get 3000kg of calcite, 7000kg of industrial alumina by-products, and pulverize iron to less than 100mm respectively, mix well and set aside. After igniting the coke at the bottom of the cupola furnace, add the prepared raw materials in an appropriate amount. After the raw materials are melted, they are released from the water hole under the furnace, and the raw materials are gradually added as the products flow out. After the product is released from the furnace, it is water quenched, crushed, screened, tested and packaged.
example 2
[0022] Example 2: Production by electric arc furnace. Take 6,500kg of limestone, 2,000kg of alumina, and 1,500kg of feldspar, crush them to less than 100mm, mix them evenly, put them into the electric arc furnace, turn on the electricity and heat them, and feed them successively as the materials melt to keep the materials on a suitable horizontal line near the upper edge of the electric furnace. until all melted. Turn off the power, remove the furnace; or follow the melting of the material, while feeding, release the molten material until the material is added, and the electrode is raised. After the product is air-cooled, it is crushed, screened, tested and packaged.
example 3
[0023] Example 3: Production with pool kiln. Take 3000kg of calcite powder, 2000kg of alumina, 3000kg of feldspar, and 2000kg of fluorite, and grind them to less than 100mm respectively, and mix them for later use. Heat the kiln with gas to a suitable temperature and then feed the material. As the material continues to melt, the material is added successively. The melted product flows out of the water hole of the kiln. After the product is released from the furnace, it is quenched, crushed, screened, tested, and packaged become.
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