A tile powder cloth transfer printing process with the effect of continuous fine sand texture

Abstract

The invention relates to a distributing and transfer printing process for ceramic tile powder with a continuously-extended fine sand texture effect. According to the process, by controlling texture, rollers, each in the shape of an engraved cylinder strip, in a roller combined discharging device are controlled to perform discharging segment by segment, and a wavy shape is formed. Other powder is discharged to a line powder conveying belt and into a powder collecting material box in a continuous and opposite linear strip manner or in a linear manner, and wavy texture is generated. When ceramic piles with the continuously-extended fine sand texture effect are generated, the dynamic effect and changes of continuously-extended fine sand texture can be created. Compared with the prior art, by means of the process, the product texture is made to continuously extend, the product texture is made wavy, stacking transition is achieved so that the product texture can be natural and smooth, color and powder sandiness are fine and soft, the texture is adjusted and matched according to technological parameters, products in different color systems can be produced, the effect is superior to that of like products in the market, controllability is high, and the design range of products is wide.

Description

technical field [0001] The invention relates to a ceramic tile preparation process, in particular to a ceramic tile powder cloth transfer process with the effect of continuous fine sand texture. Background technique [0002] At present, there are two main types of ceramic tile products that imitate the continuous texture: vitrified tile printing bleeding technology and powder secondary cloth technology. [0003] For vitrified tile printing bleeding technology, the texture color changes less, and the position is fixed, there is no layer change, and the process technology content is low. [0004] For the secondary fabric technology of vitrified tiles, the directionality of the fabric texture on the market basically changes in the same oblique direction, and the texture layer is not rich enough, and the continuous texture is relatively stiff, and the color tone is relatively single, so that the overall decoration effect is not enough. diversification. Contents of the inventi...

AI Technical Summary

Problems solved by technology

[0004] For the secondary fabric technology of vitrified tiles, the directionality of the fabric texture on the market basically changes in the same oblique direction, and the texture layer is not rich enough, and the continuous texture is relatively stiff, and the color tone is relatively single, so that the overall decoration effect is not enough. diversification

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