Fabricated leveling composite radiation energy-saving orthogonal laminated wood wall and construction method thereof

Abstract

The invention relates to the technical field of isolation or other protection of buildings, and discloses a fabricated leveling composite radiation energy-saving orthogonal laminated wood wall and a construction method thereof. The fabricated leveling composite radiation energy-saving orthogonal laminated wood wall comprises a heat preservation coiled material attached to the surface of one side or the surfaces of the two sides of the orthogonal laminated wood wall, and the surfaces of the two sides of the heat preservation coiled material are wrapped with metal foil; and the heat preservation coiled material is a hydrophobic material. According to the fabricated leveling composite radiation energy-saving orthogonal laminated wood wall and the construction method thereof, through the protection measures such as the metal foil and supporting pieces, the light, thin and efficient heat preservation coiled material such as aerogel felt can be used for building heat preservation; and the supporting pieces are attached to the wall surface, then the supporting pieces are used for hanging the heat preservation coiled material to achieve heat preservation, a light steel keel does not need to be built, the whole building process is completely modularized and low in difficulty, only simple assembly needs to be conducted, and the whole building process can be quickly completed by a small number of constructors and even residents, so that the problems that the construction period of a heat preservation layer of the orthogonal laminated wood wall is long, and manpower is wasted are solved, and the advantage of quick building of an orthogonal laminated wood building is highlighted.

Description

technical field [0001] The invention relates to the technical field of insulation or other protection of buildings, in particular to an assembled leveling composite radiation energy-saving cross-glued wood wall and a construction method thereof. Background technique [0002] Wood is a natural composite material composed of lignin and cellulose, and its structure is very similar to FRP. Lignin is a kind of polyphenolic resin. As the matrix of wood, cellulose filaments are embedded in it as a reinforcing material to reinforce its tensile and bending strength. Wood itself has excellent tensile, flexural and compressive strength, as well as low density, which is very suitable as a building material; and the main production area of ​​wood (humid or semi-humid areas), and the activities of ancient humans who settled and developed agricultural civilization The areas are highly overlapped, so people in different parts of the world chose to use wood as the load-bearing component of ...

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Problems solved by technology

[0008] The technical problem to be solved is: the external insulation layer on the cross-glued wood wall needs to build light steel keels, the construction process of light steel keels cannot be modularized, and the required manpower and working hours are greatly increased, resulting in the failure of cross-glued wood walls. The advantage of quick and labor-saving construction disappears; the light steel keel forms a cold bridge, resulting in a decline in insulation effect; the anchors of the light steel keel and the grooves of the pipeline cause damage to the wall

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