Production process of antibacterial polished tile, preparation method of antibacterial agent and antibacterial polished tile

Abstract

The invention discloses a production process of an antibacterial polished tile. The production process comprises the following specific steps: S1) cleaning and polishing a glaze surface of a common polished tile to obtain a to-be-treated polished tile; S2) dropwise adding an antibacterial agent and an antifouling agent A, which are instantly mixed, on the surface of a glaze layer of the to-be-treated polished tile, and then pressing and polishing the to-be-treated polished tile by using millstone until the glossiness of the to-be-treated polished tile meets set requirements; S3) dropwise adding a sterilization rate regulator on the surface of the glaze layer of the to-be-treated polished tile, and pressing and polishing the to-be-treated polished tile by using the millstone until the glossiness meets the set requirements; and S4) dropwise adding an antifouling agent B containing an antibacterial solution to the surface of the glaze layer of the to-be-treated polished tile, and pressingand polishing the to-be-treated polished tile by the millstone until the glossiness meets the set requirement, thereby obtaining the antibacterial polished tile. The invention further provides a preparation method of the antibacterial agent for the production process of the antibacterial polished tile and the antibacterial polished tile prepared according to the production process of the antibacterial polished tile, and the prepared antibacterial polished tile has a good antibacterial effect and stable and lasting antibacterial performance.

Description

technical field [0001] The invention relates to the technical field of ceramics, in particular to a production process of an antibacterial polished tile, a preparation method of an antibacterial agent and an antibacterial polished tile. Background technique [0002] The antibacterial polished tiles of the prior art are formed by adding antibacterial materials into the glaze layer and then fired. After firing, the surface glaze layer needs to be polished, and the glaze layer containing antibacterial materials is left behind on the brick surface after polishing. Uneven, so it is necessary to increase the concentration of antibacterial materials in the glaze layer. Due to the removal of more glaze in the polishing process, the antibacterial effect of the prepared antibacterial polished tiles is unstable, and most of the tests are not up to standard. The glaze layer becomes a huge waste of resources and increases the production cost of the enterprise. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0002] The antibacterial polished tiles of the prior art are formed by adding antibacterial materials into the glaze layer and then fired. After firing, the surface glaze layer needs to be polished, and the glaze layer containing antibacterial materials is left behind on the brick surface after polishing. Uneven, so it is necessary to increase the concentration of antibacterial materials in the glaze layer. Due to the removal of more glaze in the polishing process, the antibacterial effect of the prepared antibacterial polished tiles is unstable, and most of the tests are not up to standard. The glaze layer becomes a huge waste of resources and increases the production cost of the enterprise

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