A kind of anti-slip glaze, anti-slip brick and preparation method thereof

Abstract

The application provides an anti-slip glaze, an anti-slip brick and a preparation method. An anti-slip glaze comprises an anti-slip glaze additive compound A, the structural formula is: R is CH3 or F. An anti-skid brick comprises a body, a bottom glaze layer, a top glaze layer and an anti-skid glaze layer, the bottom glaze layer is arranged between the body and the top glaze layer, and the top glaze layer is arranged between the bottom glaze layer and the non-slip glaze layer. A method for preparing an anti-skid brick, comprising: forming a body, and then pouring an underglaze on the surface of the body to obtain a bottom glaze layer; pouring a top glaze on the surface of the bottom glaze layer to obtain a top glaze layer, and then performing inkjet printing; spraying anti-skid Glaze to obtain a non-slip glaze layer, and perform the fourth drying treatment to obtain pre-fired bricks; put the pre-fired bricks into the kiln and heat up to 1100‑1200 ° C for firing; then cool to room temperature to obtain semi-finished products, which are post-processed to get the finished product. The anti-slip brick prepared by using the anti-slip glaze and the preparation method provided by the application has good anti-slip performance, outstanding thermal shock resistance and antifouling performance.

Description

technical field [0001] The invention relates to the field of ceramics, in particular to an anti-slip glaze, an anti-slip brick and a preparation method thereof. Background technique [0002] The ground decoration of public buildings (hotels, office buildings, high-end apartments, etc.) is generally done by floor tiles. In terms of materials, people usually choose natural stone or ceramic floor tiles. However, natural stone has great damage to the environment, high cost, and is often inferior to ceramic floor tiles in terms of structural strength, so more and more buildings choose to use ceramic floor tiles. However, ceramic floor tiles have a good effect of beautifying the environment because of their strong decorative properties, but because of their smooth surface, they are slippery when encountering water and cause safety hazards. pain, loss of property and impact on reputation. [0003] The key to whether these properties of anti-slip tiles can be achieved is the anti-...

AI Technical Summary

Problems solved by technology

However, natural stone has great damage to the environment, high cost, and its structural strength is often inferior to ceramic floor tiles, so more and more buildings choose to use ceramic floor tiles

However, ceramic floor tiles have a good effect of beautifying the environment because of their strong decorative properties, but because of their smooth surface, they are slippery when encountering water and cause safety hazards. pain, loss of property and impact on reputation

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