Skeleton leveling tile laying construction method

Abstract

The invention discloses a skeleton leveling ceramic tile laying construction method. The method comprises the following steps that firstly, according to the construction environment and the size of aceramic tile, integral steel square tube keel installation is conducted in the whole area where the ceramic tile needs to be laid, and keels are connected through cross connecting pieces and can be leveled through the cross connecting pieces; secondly, searching the highest point position of the cross point after the keel falls to the ground, taking the highest point position as a horizontal adjustment base point, and adjusting the whole keel to be horizontal on a cross connector of the keel; then, the ceramic tiles are laid on the keels; and finally, light slurry filler is poured into a cavity defined by the keels and the ceramic tiles, and after the slurry is fully poured, pouring is stopped till all the ceramic tiles are laid. The construction method is reasonable in design, simple inlaying, convenient in material transportation, easy to control the construction process and the laying quality, and capable of effectively improving the construction efficiency.

Description

technical field [0001] The invention relates to the technical field of building decoration, in particular to a construction method for laying skeleton leveling ceramic tiles. Background technique [0002] In the field of building decoration, during the construction process of laying tiles, generally 3 to 5 cm of coarse cement mortar should be laid for leveling, and then a layer of about 1 cm of bonding mortar should be applied on the back of the tiles, and then the tiles should be laid and leveled. This method lays tiles with an almost 7cm thick bonded fill underneath. This traditional laying method has been used since the ceramic tiles have been used, and has not changed. The traditional construction method has the disadvantages of the following eight aspects: 1. Compress the building height; 2. Increase the weight of the building structure; 3. The construction is cumbersome, low work efficiency, waste of resources and productivity; The quality is difficult to guarantee; ...

AI Technical Summary

Problems solved by technology

The traditional construction method has the disadvantages of the following eight aspects: 1. Compress the building height; 2. Increase the weight of the building structure; 3. The construction is cumbersome, low work efficiency, waste of resources and productivity; The quality is difficult to guarantee; 5. The cement and sand on the construction site are scattered and messy, and the dust and noise pollution are serious, which is not suitable for management; 6. The construction period is long and the labor intensity is high; 7. After the construction is completed, the amount of construction solid waste generated is large, wasting resources and polluting Environment; 8. The industry is primitive. Construction capacity and physical strength are still the biggest considerations of construction value. It is a low-level form of commodity society and does not meet the needs of social development.

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