Sand planting and wet combining process for vetrified tiles

Abstract

The invention relates to a sand planting and wet combining process for vetrified tiles. Sand planting is performed on the back of the vetrified tiles to achieve a roughening effect. The tiles are connected with cement, have adhesive force and are constructed according to the previous wet combining mode. The process comprises the following specific steps of: (1) preparing materials; (2) cleaning and drying the back of the tiles; (3) performing glue preparation; (4) pouring the glue; (5) paving sand; (6) paving after curing; and (7) watering and maintaining. The process disclosed by the invention has the advantages that (1) the strength and anti-permeability can be enhanced; (2) the repair cost is reduced; and (3) problems of alkali whiskering and hollowing are solved, and the rigidity of the wall and the shock strength of the wall space are improved.

Description

technical field [0001] The invention relates to a vitrified brick seed sand wet pasting, that is, before the finished vitrified brick is wet pasted, a layer of resin glue is brushed on the back of the finished vitrified brick, and before the epoxy resin glue is cured, the finished vitrified brick is applied to the finished vitrified brick. The resin glue on the back of the vitrified brick is sprinkled with yellow sand, so that the yellow sand is bonded to the back of the finished vitrified brick through epoxy resin glue. Background technique [0002] At present, various decoration companies and construction companies have a headache for the construction of vitrified brick wet paste. After the paste is solidified, the hollowing is particularly serious, and the layers fall off, which is full of hidden dangers; multiple repairs are labor-intensive, and it is still difficult to solve, and the cost increases. Serious impact on the company's image. [0003] Vitrified tiles and ce...

AI Technical Summary

Problems solved by technology

[0004] During the current building decoration construction, because the material of the vitrified brick is very dense, the bonding surface is relatively smooth, and the surface area is small, the "nail wedge action" force generated by the bonding material penetrating into the vitrified brick is very small, and the whole brick produces The physical adsorption force is small, and the vitrified brick is an inert material with very good acid and alkali resistance, and it is not easy to chemically react with the bonding material, so the chemical bond force produced is also very small, so the bond between the bonding material and the bonding material is very small. low bond strength between