Reinforcing Method of Plastering Steel Wire Mesh for Interior Wall

Abstract

The invention discloses a method for reinforcing plastering steel wire meshes for interior walls. The method includes steps of aligning holes of the steel wire meshes with split bolt holes in walls; arranging sleeves of plastering fastening nails for the interior walls from a side of each wall and jacking cross grooves of the sleeves by the aid of screwdrivers; aligning holes of the steel wire meshes with split bolt holes on the other side of each wall, arranging nails of the plastering fastening nails for the interior walls and screwing the nails in the sleeves; injecting glue into the walls by the aid of the nails and glue injecting holes in the sleeves; mounting the plastering fastening nails for the interior walls according to previous process and completely reinforcing the corresponding steel wire meshes on the two sides of each wall. The method has the advantages that the steel wire meshes are fixed by the aid of the plastering fastening nails for the interior walls and the split bolt holes reserved during original concrete construction, accordingly, tying force of the suspension steel wire meshes can be increased, the integral plastering quality can be improved, and construction can be facilitated.

Description

technical field [0001] The invention relates to the field of building wall construction, in particular to a reinforcement method for interior wall plastering steel wire mesh. Background technique [0002] The conventional construction method of plastering the interior wall is to first seal the pull bolt holes of the concrete wall, and then place steel wire mesh at the junction of different materials on the wall. In doing so, one reason is that different materials have different expansion coefficients, and the degrees of thermal expansion and cold contraction of different materials are also different when the temperature changes, so cracks are likely to occur at the junction of the two materials, and a layer of steel wire mesh is spread when plastering. , can play an anti-cracking role. In addition, the aerated block itself is not easy to hang ash, and the bonding is not strong, and the placement of steel wire mesh can improve its adhesion. [0003] The conventional method ...

AI Technical Summary

Problems solved by technology

However, when magnetic stickers are used for fixing, the steel mesh sheets often fall off due to insufficient cohesive force in the later stage; when cement nails are used for construction, the cement nails are often difficult to drive in due to the high strength of the concrete wall

In addition, during the foaming process, it is impossible to ensure that the internal foaming is full, and the end of the foaming is not flat, and it is easy to cause cracking of the plaster during post-processing

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