Manufacturing and building method of heat preservation block (building plate) for inorganic self thermal insulation wall body

Abstract

The invention discloses a manufacturing and building method of a heat preservation block (building plate) for an inorganic self heat preservation wall body. The heat preservation block (building plate) is prepared from materials of heat preservation blocks, heat preservation building plates, heat preservation mortar, adhesive mortar, alkali-resistant mesh cloth and surface mortar, wherein each heat preservation block is a cuboid foamed concrete product, each heat preservation plate is a cuboid platy foamed concrete product with the certain thickness, and each foamed concrete product is prepared from a cement material by virtue of a chemical or physical foaming technology as a scientific formula; the self heat preservation wall body is filled and built by adopting the heat preservation blocks among beams and upright columns with a framed building structure and selecting the heat preservation mortar to carry out staggering seam mashing; the outer wall surface built by the heat preservation blocks is protruded out of the outer side surfaces of the beams and the upright columns by a certain size and has the same thickness with each high heat preservation plate adhered to the outer side surfaces of the beams and the upright columns. The novel energy-saving self heat preservation building structure has the advantages of high-intensity, heat preservation, fire proof, sound insulation, convenience in construction due to integration of anti-seismic external wall heat preservation and main body construction, low cost and high efficiency.

Description

technical field [0001] The invention relates to an inorganic material thermal insulation block and thermal insulation board production and self-insulation wall masonry structure. Background technique [0002] The existing building structure mostly adopts frame structure or brick-concrete structure. The external wall insulation technology of these structures basically uses organic matter as the external wall insulation material, which not only has low strength and is not resistant to aging, but also has poor fire performance. The performance of the wall insulation process is very poor, and the construction is difficult. Compared with the external wall insulation technology and process of organic materials, there are many technical bottlenecks that are difficult to solve, and many process methods are not suitable. At present, in the external wall insulation market of building structures, organic materials are not fireproof, and inorganic materials are not good at fireproofin...

AI Technical Summary

Problems solved by technology

The external wall insulation technology of these structures basically uses organic matter as the external wall insulation material, which not only has low strength and is not resistant to aging, but also has poor fire performance. The performance of the wall insulation process is very poor, and the construction is difficult

Compared with the external wall insulation technology and process of organic materials, there are many technical bottlenecks that are difficult to solve, and many process methods are also very unsuitable.

At present, in the external wall insulation market of building structures, organic materials are not fireproof, and inorganic materials are not good for fireproofing.

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