Integrated heat preservation and decoration system of radiation heat insulation rock wool fixedly connected by steel mesh and construction method thereof

Abstract

The invention provides an integrated heat preservation and decoration system of radiation heat insulation rock wool which is fixedly connected by steel mesh and a construction method thereof, wherein the system is connected to the surface of a building and is orderly connected to rock wool, a radiation heat insulation film, a steel plate expansion mesh, a bonding polymer mortar, an interface curing agent, an alkali-resistant self-adhesive fibre gridding cloth, an anti-cracking polymer mortar and a decoration surface; wherein the outer surface of the bonding layer is provided with the alkali-resistant self-adhesive fibre gridding cloth, the outer surface of the alkali-resistant self-adhesive fibre gridding cloth is cured and combined with the anti-cracking polymer mortar layer to form an anti-cracking layer and the outer surface of the anti-cracking layer is connected to the decoration layer. The bonding polymer mortar of internal layer comprises one or two layers. A second interface curing agent layer is disposed between the anti-cracking polymer mortar and the decoration surface. The decoration surface is coating, wallpaper, ceramic tile, glass or stone. The integrated heat preservation and decoration system of radiation heat insulation rock wool fixedly connected by steel mesh and the construction method thereof provide by the invention have the advantages that the material construction is simple, the space is small, the purpose for effectively obstructing heat conduction, thermal convection and thermal radiation can be realized, the influence of the thermal environment outside the building to the thermal environment inside the building can be reduced and the system can be widely applied to the construction of building insulation.

Description

technical field [0001] The invention relates to an energy-saving decoration system for buildings and a construction method thereof. Background technique [0002] The influence of the external environment on the indoor thermal environment of a building is mainly through thermal radiation, thermal convection and thermal conduction. About 93% of the influence of the outdoor thermal environment on the room in summer comes from heat radiation, and about 7% comes from heat conduction and heat convection. About 50%-75% of the indoor heat loss in winter is through heat radiation, 45% is through heat convection, and about 5% is through heat conduction. The external insulation of external walls currently used is mainly aimed at blocking heat conduction, but there are no measures for blocking heat radiation. The traditional energy-saving decoration system for buildings, including the thermal insulation layer and the decorative surface layer, has the disadvantage that the combination ...

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Problems solved by technology

[0003] The purpose of the present invention is to provide a steel mesh fixed radiation heat insulation rock wool heat preservation and decoration integrated system and its construction method, to solve the technology that the layers of the heat insulation decoration system are not firmly combined, occupy a large space, and have low energy saving efficiency question

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