Hanging-rack-embedded hanging plate and coating veneer exterior wall with fireproof effect

Abstract

The invention belongs to the technical field of building walls, and particularly relates to an exterior wall. A hanging-rack-embedded hanging plate and coating veneer exterior wall with the fireproof effect is characterized in that the exterior wall is of a bent-corner type structure, and an embedding seam at the bent corner of a wall body is sealed through inorganic glue; insulation external wall panels, light steel keels, waterproof and breathable films, aerogel composite sandwich fireproof insulation boards, load bearing wall columns, antibacterial boards and inner veneer wall boards are sequentially arranged from outside to inside; hanging piece mounting holes are reserved in the insulation external wall panels, and hanging pieces are embedded in the hanging piece mounting holes and fixedly mounted on the light steel keels. The exterior wall is good in weather resistance, and the cold bridge phenomenon can be avoided; the exterior wall has the excellent anti-seismic property, the characteristics of a light steel structural wall are utilized to the maximum extent, and the hanging pieces are fixed to the light steel keels. The exterior wall has the effects that mounting is convenient, operation is simple, air negative oxygen ions can be continuously generated in an induced mode, far infrared rays can be released continuously, the functions of sterilization, bacteriostasis and improvement of the air cleanliness are achieved, and the superior fireproof effect is achieved.

Description

technical field

[0001] The invention belongs to the technical field of building walls, in particular to an exterior wall. Background technique

[0002] The integrated building includes three levels, which are (1) the primary level: also known as on-site "stick-tied construction", that is, the "one-by-one" building components are manufactured in the house manufacturing factory, transported to the construction site, and then the "one-by-one" building components are manufactured. The "root" building components are nailed together, and then fixed on the building envelope system to form a complete building. The difference is that today's China is building houses "piece by piece" by laying bricks, plastering, and painting; (2) The second level: also known as 2D modular buildings, that is, building "one piece" in the house manufacturing factory. The root-to-root" building components are nailed together, and then fixed to the building envelope system to form a "one-to-one" two-dime...

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