Self-heat-preservation module for steel wire net rack

Abstract

The invention relates to masonry building blocks of walls, in particular to a self-heat-preservation module for a steel wire net rack. The self-heat-preservation module for the steel wire net rack is prefabricated and is cut when large plate construction is carried out, is high in production mechanization degree and convenient to transport. According to the technical scheme, the self-heat-preservation module for the steel wire net rack comprises concrete layers and a heat preservation layer, the concrete layers are arranged on the two sides of the heat preservation layer, and the steel wire net rack penetrates through the heat preservation layer and the concrete layers on the two sides. The self-heat-preservation module for the steel wire net rack has the advantages that building energy saving and structural integration are further achieved, and the requirements of 75% building energy conservation in building and various performance indexes of China are met.

Description

technical field [0001] The invention relates to a wall masonry block, in particular to a steel wire grid self-insulation module. Background technique [0002] At present, many technical products of self-insulating masonry blocks have been launched on the market, including sintered filled blocks, rigid bone foamed concrete blocks, porous filled composite self-insulated blocks, and high-insulated blocks with air interlayers. For example, the patented technical solution with the patent number 201020629789.4 provides a multi-row hole thermal insulation block reinforced masonry wall. The construction is to build the blocks first, and then fill the pre-set alignment holes between the blocks with thermal insulation materials; the patent The patented technical solution No. 201020597657.8 provides a kind of thermal insulation block, and the cavity is filled with thermal insulation material; the patented technical solution No. 201020551501.6 provides a kind of block. blocking slot. ...

AI Technical Summary

Problems solved by technology

However, the above technical solutions have complex structure, cumbersome processing and manufacturing, low degree of mechanization of production, small production capacity and cannot meet market demand, and none of them can really effectively block the cold bridge and ensure energy saving effect

There is also a common defect in the existing masonry block technology products: the existing blocks are all independent individuals with small specifications and sizes and are directly used for construction. The project requires a large number of blocks, and the cost of loading, unloading, and transportation is high.

However, compared with masonry block technology products, its disadvantages in construction are obvious

And in the prior art, due to various considerations, those skilled in the art have not been able to apply the steel wire grid structure to the technical products of masonry blocks

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