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Smelting slag manganese silicon alloy is a solid waste generated during smelting manganese alloys, normally green, hard and brittle, a certain amount of Si-Mn alloy particles wherein disseminated. If the silicon-manganese alloy smelting slag is not effectively treated by the customer in time, it will cause certain harm to the environment and human health. A new type of silicon-manganese alloy smelting slag treatment process and equipment configuration are disclosed here, which not only effectively solves the silicon-manganese alloy. The treatment of slag can also produce considerable economic benefits. The treatment process does not cause secondary pollution to the environment, and has the advantages of high efficiency, energy saving and environmental protection. Basic absorption of the waste can be achieved.
There is a certain amount of silicomanganese alloy particles in the smelting slag of silicon-manganese alloy. The recovery of these alloy particles can produce considerable economic benefits. With this process and equipment configuration, the investment is small and effective, and it is a scientific and effective silicon-manganese slag. Process flow. The process flow and equipment configuration are described in detail below.
Recycling the alloy particles in the silicomanganese slag requires separation of the alloy granules and the solid slag basic monomers. This requires further crushing or grinding of the slag. The choice of crushing or grinding needs to be determined according to the specific conditions of the slag, if the alloy granules are embedded in the slag. If the particle size is small, consider using a rod mill or a ball mill. If the grain size of the alloy particles is coarse, directly crushing can be done. The crushing process can be completed by using a high-efficiency fine crusher or a fine crusher .
In the crushed waste residue, the alloy particles and the waste residue are basically dissociated. Since the alloy particles have a large specific gravity and the specific gravity of the waste residue is small, the two have a large specific gravity difference. With this feature, we can use the reselection. The method separates the alloy particles from the solid waste. Metal particles can be re-smelted or sold directly, and the remaining waste is sold to cement plants or new building materials plants as raw materials for new building materials.
The specific sorting equipment of the silicon-manganese alloy smelting slag is a jig. The jig is a kind of gravity beneficiation equipment. It can be sorted according to the difference in specific gravity between the mineral and the gangue. The larger the difference in specific gravity, the better the sorting effect and the larger the treatment volume.
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