Distributing method for glazed ceramic tiles and equipment for implementing distributing method

Abstract

The invention discloses a distributing method for glazed ceramic tiles and equipment for implementing the distributing method, belongs to the technical field of ceramic manufacture, and relates to distributing methods and equipment for manufacturing ceramic tiles. The distributing method includes steps of 1, feeding and distributing ceramic powder on a feeding belt, compressing and flattening the ceramic powder to obtain blocks, and feeding the blocks via the feeding belt to a transition flat plate between the feeding belt and another feeding belt; 2, scraping the ceramic powder blocks to obtain powder materials in various shapes, and then feeding the powder materials to the other feeding belt; 3, sequentially pricking the ceramic powder blocks to obtain cracks in various shapes with various sizes, distributing line materials on the ceramic powder materials with the cracks and spraying glaze slip on the ceramic powder materials with the cracks; 4, pricking the ceramic powder blocks again to obtain small cracks, and locally distributing ceramic powder layers with different thicknesses; 5, distributing a thick ceramic powder layer on each ceramic powder material, and flattening and compressing the ceramic powder materials; 6, cutting and shaping the ceramic powder materials, distributing line materials on the ceramic powder materials, and spraying glaze slip on the ceramic powder materials; 7, conveying the ceramic powder materials to a pressing machine, and shaping the ceramic powder materials. The invention further discloses the equipment for implementing the distributing method. The distributing method and the equipment have the advantages that excellent setting and retaining effects can be realized in feeding procedures, and shapes are high in pattern diversity, stability and consistency.

Description

technical field [0001] The invention belongs to the technical field of ceramic production, and relates to a material distribution method and equipment for producing ceramic tiles. technical background [0002] With the introduction of fully polished glazed ceramic tile products to the market, the cloth method of traditional cloth bricks adopts rubber roller engraving patterns, sticking sponge patterns on the belt surface or sticking T-shaped glue on the belt surface to treat the patterns and surfaces of ceramic tiles, and The whole process of ceramic powder is conveyed by belt, so the effect is very rough, but the use of fully polished glazed tiles has certain limitations due to its own characteristics, and cloth polished tiles still account for most of the market, so cloth polished tiles are now high-quality raw materials. In the case of more and more scarce, only by changing the traditional fabric technology and fabric structure of the raw materials, the ceramic tiles can ...

AI Technical Summary

Problems solved by technology

[0002] With the introduction of fully polished glazed tile products to the market, the cloth method of the traditional cloth tiles adopts rubber roller engraving patterns, sticking sponge patterns on the belt surface or sticking T-shaped glue on the belt surface to treat the patterns and surfaces of ceramic tiles, and The whole process of ceramic powder is conveyed by belt, so the effect is very rough, but the use of fully polished glazed tiles has certain limitations due to its own characteristics, and cloth polished tiles still account for most of the market, so cloth polished tiles are now high-quality raw materials. In the case of more and more scarce, only by changing the traditional fabric technology and fabric structure of the raw materials, the ceramic tiles can achieve fine and smooth surface elements, and the surface texture can be improved accordingly, approaching the performance effect of the fully glazed surface, so that the fabric The traditional product of polished tiles has been fully improved

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