Forming production process for ceramic full-body tile adobe

Abstract

The invention relates to a forming production process for a ceramic full-body tile adobe. The used hardware comprises a first distributing device, a first conveying belt assembly, a mold-keeping material pushing device, a first stamping forming device, a second distributing device, a second conveying belt assembly, a mold-keeping pushing device and a second stamping forming device; during processing, a first raw material pile is formed firstly, then the first raw material pile is stamped into a small adobe, then a second raw material pile is distributed on the small adobe, and finally the small adobe and the second raw material pile are stamped together to obtain the full-body tile adobe. The ceramic full-body tile adobe product processed by the production process has more realistic full-body effect, consistent full-body patterns and textures, no deformation or distortion of patterns or textures, no dragging marks or fuzzy phenomena on the surface patterns and textures, the ceramic full-body tile adobe product can realize and maintain the design effect required by distribution truly and perfectly, is beneficial to realizing the effect of directly distribution textures, and a background glaze is not needed to be coated, so the quality and market competitiveness of the full-body tile are improved.

Description

technical field [0001] The invention relates to the technical field of ceramic whole body brick production, in particular to a molding production process of ceramic whole body brick adobe. Background technique [0002] At present, in the manufacture of full-body brick adobes, almost all of them are produced by one-time molding method; before production, it is usually necessary to prepare 1 set of distributing device, 1 set of stamping forming device, 1 set of distributing platform, and 1 set of pushing device. There is a material scraper, the material distribution platform is arranged beside the stamping forming device, the material distribution device is arranged above the material distribution platform, and the pushing device is arranged above the material distribution platform. When making the adobe of the whole body brick, the powder is first placed on the distribution device, and then the powder is applied on the distribution platform through the distribution device, an...

AI Technical Summary

Problems solved by technology

Among them, during the pushing process of the pushing device, because the powder pile is too thick and the frictional resistance is too large, the powder pile is prone to deformation and running, which will lead to deformation and unevenness of the powder pile pattern applied, and Distortion of the texture; during the scraping process of the scraper, it is easy to cause the original pattern texture on the powder pile to be damaged, resulting in blurring and distortion of the surface pattern texture

Therefore, the brick adobe produced by the existing whole-body brick molding technology is damaged due to the pattern or texture of the surface, so the adobe can only be ground, or a layer of white background surface glaze is superimposed on the surface of the adobe, and then superimposed on the surface glaze layer Inkjet or screen printing patterns and other processes to achieve the surface pattern effect, can not directly use the original blank pattern and texture or directly superimpose inkjet or screen printing patterns on the original blank pattern, which will easily lead to a great reduction in the quality of the whole body brick (surface pattern There is a white line layer formed by the background glaze between the layer and the green body layer), the product cost increases, or the quality risk and loss risk caused by the increased grinding process, as well as the cost increase, will lead to the market competitiveness of the whole body brick reduce

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