Production process and production system of digital art ceramic tile

Abstract

The invention relates to a production process of a digital art ceramic tile. The production process comprises the following steps that S1, a ceramic tile blank body is subject to pressing formation; S2, a concave-convex surface is made on the surface of the ceramic tile blank body; S3, finishing treatment is carried out on the concave-convex surface on the surface of the ceramic tile blank body; S4, glaze spraying treatment is carried out on the ceramic tile blank body, and a pattern is performed on the concave-convex surface of the ceramic tile blank; and S5, the ceramic tile blank body is put into a kiln for firing. The production process of the digital art ceramic tile is simple and feasible, the image quality of the digital art ceramic tile can be guaranteed, the image has stereoscopicimpression and can customize the image to be personalized, the image does not fade after being fired, and the problems that a ceramic tile production process flow in the prior art is tedious, the production time consumption is long, the pattern is not clear, color fading is easy and the like are solved. The invention further relates to a production system of the digital art ceramic tile.

Description

technical field [0001] The invention relates to the field of tile production technology, in particular to a digital art tile production technology and production system. Background technique [0002] There are three main methods of making ceramic tile paintings. The first is the traditional method. This method is to paint and then seal the glaze. The manufacturing process is complicated, the production cycle is long, and the price is expensive. It is not suitable for small Batch customized production, the content of the screen cannot be personalized. [0003] The second is to use a screen printing machine to directly perform multi-color overprinting on the surface of the tiles. The image resolution and clarity of this method are affected by plate-making transfer printing and multi-color overprinting, and the pattern level effect and contrast range shown are limited. The reproduction of some high-quality images cannot meet the requirements, and the production process is cumb...

AI Technical Summary

Problems solved by technology

[0002] There are three main methods of making ceramic tile paintings. The first is the traditional method. This method is to paint and then seal the glaze. The manufacturing process is complex, the production cycle is long, and the price is expensive. It is not suitable for small Batch customized production, the content of the screen cannot be personalized

[0003] The second is to use a screen printing machine to directly perform multi-color overprinting on the surface of the tiles. The image resolution and clarity of this method are affected by plate-making transfer printing and multi-color overprinting. The pattern layering effect and contrast range shown are limited. The reproduction of some high-quality images does not meet the requirements, and the process of production is cumbersome and time-consuming, which is easily affected by the performance of machinery and equipment and the technical level of production personnel

[0004] The third is to spray directly on the surface of the tiles through a UV inkjet flatbed printer. Although this method is simple and direct, because the surface of the tiles usually has a layer of impermeable enamel film, the ink cannot penetrate, so it is easy to spray ink directly on the surface of the tiles. The ink is not firmly bonded, and it is easy to be scratched or rubbed off. The porcelain paintings made cannot be stored for a long time or are easily damaged during use.

[0005] In addition, the existing ceramic tile paintings are mostly flat printing, without 3D stereoscopic effect, the visual presentation effect is relatively simple, and the image is not vivid enough.

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