Ceramic powder optimization method, ceramic powder preparation method and powder preparation system

Abstract

The invention discloses a ceramic powder optimization method, a ceramic powder preparation method and a powder preparation system. The ceramic powder optimization method comprises the following stepsthat ceramic powder is subjected to fine powder screening after the ceramic powder is subjected to rounding treatment, ceramic fine powder and ceramic particles are screened out, the ceramic fine powder is returned to a slurry pool to be homogenized, the ceramic particles are subjected to particle screening, qualified particles and unqualified particles are screened out, the qualified particles are conveyed to a finished product area, and the unqualified particles are crushed and rounded again. The ceramic powder is subjected to fine powder screening and particle screening, tailings are divided into the ceramic fine powder with the excessively small particle size and unqualified particles with the excessively large particle size, the ceramic fine powder obtained through screening is subjected to iron removal and other preorder processes, so that the ceramic fine powder does not contain impurities and is small in particle size, the ceramic fine powder can be directly homogenized, the unqualified particles are completely rounded, according to the process, the tailings are completely recycled, and the production cost and the tailing treatment cost of an enterprise are reduced.

Description

technical field [0001] The invention relates to the technical field of ceramic processing, in particular to a ceramic powder optimization method, a ceramic powder production method including the optimization method, and a system for ceramic powder production using the process. Background technique [0002] With the rapid development of the ceramic industry, the state has set strict indicators for dust emission and tailings disposal of enterprises. In order to meet the national regulations, enterprises need to invest a lot of dust removal equipment and manpower to solve production problems. At present, the conventional treatment method is to directly melt the tailings into the spray tower, or concentrate them in the tailing powder bin and then ball mill them for repeated processing. However, the direct problem brought about by the above-mentioned treatment methods is that the production cost of the enterprise increases, and the spray tower cloth bags New tailings will still b...

AI Technical Summary

Problems solved by technology

At present, the conventional treatment method is to directly melt the tailings into the spray tower, or concentrate them in the tailing powder bin and then ball mill them for repeated processing. However, the direct problem brought about by the above-mentioned treatment methods is that the production cost of the enterprise increases, and the spray tower cloth bags New tailings will still be generated when the tailings are processed by equipment such as dust collectors, workshop environmental dust collectors, and kiln grinders.

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