Wall tile construction method and special member

Abstract

The invention discloses a wall tile construction method for preventing the displacement of facing tiles. The method comprises the steps of (1) preparing a facing tile, a special member and adhesives; (2) enabling the upper section of the special member to stretch out of the facing tile, and adhering the lower section of the special member to the back of the facing tile through the adhesives; (3) inlaying the facing tile on a wall base course; (4) anchoring the upper section of the special member on the wall base course through anchors, so that the facing tile is fixed on the wall outside and is prevented from displacing during subsequent wall tile construction, and the tiling construction is completed. The invention further discloses a high-safety wall tile construction method and a wall tile construction method for improving the adhesion power. Besides, the invention also discloses the special member for the construction method. According to the construction method, the problems of displacement of the facing tiles newly inlaid on the wall surface, the improvement of facing tile adhesion power and safety and reliability and the like are effectively solved, and the method can be widely applied to building construction and decoration projects.

Description

technical field [0001] The invention relates to the technical field of building wall surface decoration construction, in particular to a wall tiling construction method for preventing facing brick displacement, a high-safety wall tiling construction method, a wall tiling construction method for improving cohesive force, and special components. Background technique [0002] At present, the ceramic tiles, stones and other plate facing layers on the outer surface of the wall are mainly pasted with cement-based adhesives, or set in a pendant or back bolt embedding mode. [0003] The method of pasting the large-size facing brick layer on the wall with cement-based adhesive has the advantages of being economical, material-saving, labor-saving, time-saving and does not affect the indoor practical area. However, as the material of the facing brick board becomes more and more The denser and lower the water absorption, the more difficult it is for facing tiles to be bonded with cement...

AI Technical Summary

Problems solved by technology

[0003] The method of pasting the large-size facing brick layer on the wall with cement-based adhesive has the advantages of being economical, material-saving, labor-saving, time-saving and does not affect the indoor practical area. However, as the material of the facing brick board becomes more and more The denser and the lower the water absorption, the more difficult it becomes for facing tiles to be bonded with cement-based adhesives

In addition, large-size facing bricks that are newly pasted on the wall are more prone to displacement, and the bonding quality of the wall facing brick layer is more difficult to guarantee

The most unacceptable thing is that once the large-scale facing brick layer on the wall fails to bond, it often peels off without warning, seriously endangering personal safety

[0004] However, in the method of installing the hanging piece on the side of the facing brick to the wall, although the bonding quality is relatively stable, it is necessary to cut out the notch for the hanging piece on the side surface of the facing brick. , or drill the holes on the back of the facing bricks to install the bolts, which will inevitably make the stress of the facing bricks more complicated. It becomes the weak part of the facing brick, which makes the facing brick easy to crack, which in turn affects the safety and reliability of the facing brick layer

For example, the Chinese patent, application number 201220088971.2 "A Marble Inlaid Structure", which discloses the inlaid marble structure, changes the stress distribution of the original marble in the pre-embedded iron parts in the marble, so that the stress is concentrated on the embedded iron parts. The part of the piece makes the marble prone to cracking

Thus it can be seen that the current technology of sticking and fixing the facing brick layer on the wall needs to be improved or perfected.

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