Method for manufacturing high Intensity ceramic tile

Abstract

A method of manufacture of a high intensity tile has the process flow as dispensing a blank ball grinding, process inspection, dispensing the blank, sieving, removing iron, mixing serum, sieving, removing iron, storing serum, spraying, storing material, process inspection, perspiration, shaping, process inspection, drying, process inspection, biscuit firing, process inspection, glazing, process inspection, printing decoration, glost firing, process inspection, edging, grading, packing, warehouse-in, wherein the temperature of the biscuit firing is 1010 to 1200 degrees, and the temperature of the glost firing is 1060 to 1220 degrees, while the pressure of the blank shaping is up to 260MPa, and a burning cycle is more than 60min. The invention can achieve fair process flow, increasing the pressure of the blank shaping of 1%, improving the sintering range of the blank as keeping the sintering temperature with no change, increasing the bearing property of the tile of 40%, decreasing the broken rate of the tile and the cost, improving the production competitive power, extending the using range of the production and having a wide market economic benefit.

Description

technical field [0001] The invention relates to a method for manufacturing building decoration materials, in particular to a method for manufacturing high-strength ceramic tiles. Background technique [0002] With the development of society, building decoration materials with environmental protection, high quality and low cost have become a new field of research and development in today's construction industry. In the prior art, ceramic products have become the object of customer choice because of their high density, small shrinkage and deformation, good wear resistance, and good decorative effect, and have a broad market. The manufacturing method of ceramic tiles in the prior art has no Great improvement, still using the traditional manufacturing method, there are certain defects in the process, and the tile material selection requirements are strict, some raw material costs are high, the shrinkage of the mold used in the tile manufacturing process is limited, the sintering...

AI Technical Summary

Problems solved by technology

In the prior art, ceramic products have become the object of customer choice because of their high density, small shrinkage deformation, good wear resistance, and good decorative effect, and have a broad market. The manufacturing method of ceramic tiles in the prior art has no Great improvement, still using the traditional manufacturing method, there are certain defects in the process, and the tile material selection requirements are strict, some raw materials have high cost, the mold used in the tile manufacturing process has limited shrinkage, the green body has a low degree of sintering, and the green body The strength is limited, resulting in a certain damage rate of ceramic tiles in the process of production, packaging and transportation. Manufacturing method of high-strength tiles with low efficiency, wide application range and low cost

Images