Energy-saving green building thermal insulation wall construction method

Abstract

The invention relates to an energy-saving green building thermal insulation wall construction method. The building thermal insulation wall construction method adopts a thermal insulation wall anti-cracking net laying device, and the thermal insulation wall anti-cracking net laying device comprises a laying support plate, a square sliding block, a bearing column and a positioning mechanism. The building thermal insulation wall construction method adopting the thermal insulation wall anti-cracking net laying device comprises the following steps of S1, wall surface pretreatment; S2, thermal insulation wall laying; S3, anti-cracking net laying; and S4, thermal insulation wall outer layer construction. The method can solve the following problems existing in the existing manual anti-cracking net laying process that manual cooperative operation is needed during manual anti-cracking net laying, an anti-cracking net cannot be completely straightened manually, the anti-cracking net laying effect is poor, the anti-cracking net needs to be flattened manually in the later period, the vertex angle position of the anti-cracking net cannot be synchronously attached to the wall surface, and the anti-cracking net is wrinkled or skewed.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to an energy-saving green building insulation wall construction method. Background technique [0002] Whether the wall insulation performance of the house is good or not depends mainly on the laying quality of the insulation layer of the wall. There are two types of wall insulation layers: outer insulation layer and inner insulation layer. Now the more common one is the outer wall insulation layer; as the name implies, the outer insulation layer is an insulation method that places the insulation layer outside the main wall material, because it can reduce cold bridges. The influence of the main wall material at the same time to protect the main wall from much temperature deformation stress. [0003] The insulation layer of the external wall is mainly laid by laying the thermal insulation board. After the thermal insulation board of the external wall is laid, it is nece...

AI Technical Summary

Problems solved by technology

[0004] When laying the anti-crack net manually, manual operation is required, and the anti-crack net cannot be fully stretched manually, resulting in poor laying effect of the anti-crack net. It is necessary to smooth the anti-crack net manually in the later stage. It cannot be attached to the wall synchronously, causing the anti-crack net to wrinkle or skew

Images