Hydrating molding process and raw material formula of concrete faux marble granite dry powder

Abstract

The invention discloses a hydrating molding process and a raw material formula of concrete faux marble granite dry powder. The raw material formula comprises ceramic residue, mineral powder, cement and quartz sand; the molding process comprises the following steps: mixing color, agitating materials, storing materials, spraying powder by virtue of a computer, distributing by virtue of a plurality of pipelines, controlling a manipulator to adjust a pattern, spraying water at high pressure for hydrating, vibrating to mold, maintaining with steam, and polishing a surface. The raw material formula is on the basis of the ceramic residue and cement, and the molding process does not need any high-temperature firing, so that the advantages of low carbon, environmental friendliness and energy conservation are realized; in addition, a finished product molded through the process is high in simulation degree, the plate is 10 to 30mm in thickness, or a composite layer on the surface of a concrete faux marble granite composite plate is 3 to 8mm in thickness; all finished bricks are slightly different, have high sense of wholeness, and also show high naturalness while being applied to a specific scene; moreover, the problem of the current ceramic industry that a wall brick or a ceramic brick can only be molded by firing at a high temperature, which causes large energy consumption, serious pollution and treatment on lots of ceramic residues produced by the production of the wall brick or ceramic brick in the traditional ceramic industry, can be solved.

Description

technical field [0001] The invention relates to the technical field of production of wall brick decoration materials, in particular to a concrete imitation marble and granite dry powder hydration molding process and its raw material formula. Background technique [0002] At present, the molding of wall tiles or tiles in the ceramic industry requires high-temperature firing, which consumes a lot of energy and causes serious pollution. At the same time, the production of wall tiles or tiles in the traditional ceramic industry will also produce a large amount of ceramic waste. In order to solve the above problems, it is necessary to seek a wall brick or ceramic tile molding process that does not require high-temperature firing, consumes less energy, and can recycle ceramic waste. In recent years, imitation marble and granite tiles are also widely welcomed by the public because of their high degree of imitation of natural marble and granite. In conjunction with above-mentioned ...

AI Technical Summary

Problems solved by technology

[0002] At present, the molding of wall tiles or tiles in the ceramic industry requires high-temperature firing, which consumes a lot of energy and causes serious pollution. At the same time, the production of wall tiles or tiles in the traditional ceramic industry will also produce a large amount of ceramic waste.

Images