Heat insulating wallboard formed by casting foam cement into machine-made steel net-like body

Abstract

The invention provides a heat insulating wallboard formed by casting foam cement into a machine-made steel net-like body. The heat insulating wallboard is formed by casting the foam cement into the steel net-like body in place under the support of a frame body; the steel net-like body comprises net-like plates, reinforcing ribs and connecting strips; the net-like plates, the reinforcing ribs and the connecting strips form a mutually-acting overall structure; the foam cement is formed by adding plant foam into cement slurry and blending; the steel combined frame body is manufactured by welding or drilling a light section; the steel net-like bodies on the two side surfaces of the heat insulating wall board, together with floor pillars and beam plates, form a plate type open web; the foam cement is poured into the open web. The steel net-like bodies are used as a structural layer and an enclosure plate on the two side surfaces of the heat insulating wall board, the plates are added with steel members so as to play an effect of supporting and enhancing the structure; a light inorganic matter is cast in place in the steel net-like body of the enclosure plate; the concrete mass and cast-in-place wallboard manufacturing technology for an existing prefabricated wallboard are optimized; the defects that the enclosure plate of an existing cast-in-place wallboard have no structural layer or self-heat-insulation property are overcome.

Description

technical field [0001] The invention relates to a building wallboard, in particular to a thermal insulation wallboard poured with machine-made steel mesh body and foamed cement. Background technique [0002] Building wall panel is an important part of a building. It plays the role of enclosure and heat preservation of the outer wall and division of the inner wall. Requirements, the quality of wall panels is directly related to the use function and building quality and building energy saving. [0003] With the implementation of the integrated strategy of building energy conservation, the horizontal floor and vertical wall panels of the building have become the main body of building energy conservation. Floor slabs in the horizontal direction The inventors wrote "A fasting small ribbed floor ZL200410082381.9"; ZL201110332999.6 for the fasting floor of a cast-in-place hollow floor; "A combination frame of steel mesh and organic objects for forming holes in a cast-in-place hol...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a brand-new new technology of cast-in-place thermal insulation wallboard, which can achieve high structural strength, light weight, good integrity, simple construction process, shortened construction period, reduced cost, self-insulation and good fireproof performance. Insulation wall panels cast-in-place made of high-quality mesh and light inorganic materials; meet building energy-saving requirements, especially have external wall self-insulation performance, avoid safety risks and repeated investment caused by adding external wall insulation layers, and are beneficial to the realization of building Energy-saving integration is realized; steel mesh is used as the structural layer and enclosure board on both sides of the thermal insulation wall panel, and steel components are added to the thermal insulation wall panel to support and enhance the strength of the thermal insulation wall panel. In-situ pouring of light inorganic substances in the structural layer and the steel mesh of the enclosure, optimizing the weight of concrete for existing prefabricated wall panels and the production technology of cast-in-place wall panels, overcoming the existing cast-in-place wall panel enclosures Inability to do structure layer defects

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