Building energy saving internal partition wall with multiple heat insulation functions

Abstract

The invention provides a building energy saving internal partition wall with multiple heat insulation functions. The building energy saving internal partition wall comprises a polyphenyl alkene wall board module, basic layers, putty layers, heat insulation layers and top coating layers from inside to outside, wherein an inserting tenon and an inserting slot which are matched in specifications are formed on the left side and the right side of the polyphenyl alkene wall board module respectively, round holes are longitudinally formed in the polyphenyl alkene wall board module at equal intervals, and the vertical rigidity of a wall board can be enhanced obviously when a round tube steel lining is inserted; the basic layers are formed by painting cement mortar; the putty layers are formed by mixing white cement, ash calcium powder, heavy calcium carbonate, talcum powder, quartz powder and rubber powder proportionally; the heat insulation layers are formed by mixing acrylic emulsion, hollow microspheres, rutile type titanium oxide, heavy calcium carbonate, a coating auxiliary and water proportionally; and the coating layers are formed by painting environment-friendly emulsion paint. The building energy saving internal partition wall has the advantages of good heat insulation performance and is particularly applicable to an internal partition wall of a top-grade office building, which has higher energy conservation and environment protection requirements.

Description

Technical field [0001] The invention belongs to the technical field of building energy conservation, and particularly relates to a building energy-saving internal partition wall with multiple thermal insulation functions. Background technique [0002] At present, the partitions of different functional areas in the interior space of buildings are often directly installed and used by building materials such as aluminum-plastic panels and ordinary lightweight wallboard modules. The thermal insulation effect for different functional areas is very poor; even if the use of Most of the energy-saving wallboard materials are after the energy-saving wallboard modules are assembled, and ordinary building materials are directly used for painting and decoration on both sides of the wallboard. The structural layer with thermal insulation effect in the partition wall is single, and the wall is energy-saving The effect is relatively limited. Summary of the invention [0003] For ordinary buildin...

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Problems solved by technology

[0002] At present, for the separation of different functional areas in the interior space of buildings, building materials such as aluminum-plastic panels and ordinary lightweight wall panel modules are often used for direct installation and use, and the thermal insulation effect for different functional areas is very poor; Most of the energy-saving wallboard materials are painted and decorated with ordinary building materials directly on both sides of the wallboard after the energy-saving wallboard modules are assembled. relatively limited effect

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