Production method for microcrystal glass ceramic compound brick

Abstract

The invention discloses a production method for a microcrystal glass ceramic compound brick. The production method comprises the following steps: firstly, carrying out blanking and biscuitfiring on powder according to a known production technology for a ceramic brick, thereby forming an unburned brick; utilizing an engraving roller to print patterns and distribute materials, distributing colorfulmicrocrystal fused cakes onto the unburned brick, and using a fixing agent for fixing, thereby forming patterns; arranging transparent fused blocks on the unburned brick with the colorful microcrystal fused cakes, using the fixing agent for fixing, covering the colorful microcrystal fused cakes, pre-pressing and leveling; and firing at high temperature, thereby compounding the colorful microcrystal fused cakes and the transparent fused blocks on the unburned brick in a manner of firing. According to the production method, the engraving roller is used for printing patterns and distributing materials so as to form the patterns, so that the texture patterns of products are rich, the texture is soft and vivid and the brick feels like a natural stone; the surface glossiness is high, the water absorption is low, the patterns are rich in color, the performance is stable, the abrasion resistance is high, the performance of the products is stable, and the products are free from being corroded and cracked; and the large-size production can be realized, thereby greatly breaking through the limitation on the size of the products.

Description

technical field [0001] The invention relates to the technical field of ceramic brick production, in particular to a production method of a glass-ceramic composite brick. Background technique [0002] In the current domestic architectural ceramics industry, there are many building decoration materials, various types of tiles, and varieties of designs and colors emerge in endlessly, including polished tiles, antique tiles, glazed tiles, glass-ceramics, and marble materials. However, these major varieties have their own advantages and inherent disadvantages. The polished tiles are magnificent but the color is slightly monotonous; the antique tiles are rich in color but simple and dull; The surface of glass-ceramic is bright, the manufacturing cost is high, and the color is limited and monotonous; the color of marble is natural, but it has radioactive hazards. How to produce a kind of pattern, color rich and colorful, but also glossy ceramic composite brick is the long-awaited ...

AI Technical Summary

Problems solved by technology

However, these major varieties have their own advantages and inherent disadvantages. The polished tiles are magnificent but the color is slightly monotonous; the antique tiles are rich in color but simple and dull; ;The glass-ceramic surface is bright, the manufacturing cost is high, and the color is limited and monotonous; the marble color is natural, but it has radioactive hazards