Assembled low-energy consumption integrated wall

Abstract

The invention discloses an assembled low-energy consumption integrated wall. The assembled low-energy consumption integrated wall comprises a mortar board, a thermal insulation plate moisture-proof film, a structural board, a sound insulation board, an aerogel plate and an interior board. The mortar board comprises a reinforcing mesh and filling mortar. The bonded reinforcing mesh is put into a casting basin and the filling mortar is added into the casting basin so that a mortar plate is obtained. The aerogel plate is tightly close to the mortar board. The sound insulation board comprises a keel and glass fibers. Gaps formed by the keel are filled with the glass fibers. The keel is a skeleton prepared from C-shaped section steel connected through bolts and nuts according to a wall structure. The structural interior board is arranged at the innermost layer of the wall. The mortar board, the structural board, the moisture-proof film, the sound insulation board, the aerogel plate and the interior board of the wall are fastened to form an integral body through elf-drilling screws. The wall has the advantages of low energy consumption, low pollution, short construction period and excellent heat insulation performances.

Description

technical field [0001] The invention relates to the field of building materials, in particular to an assembled low-energy-consumption integrated wall. Background technique [0002] Nowadays, the walls in the construction industry mainly include walls made of solid bricks or hollow blocks, walls cast on site and plate walls. The construction of masonry walls is labor-intensive, takes up a lot of human resources, and the process is cumbersome and the construction period is long. Long, this kind of construction method is relatively traditional, which can no longer meet the rapid development of the real estate industry today. On-site casting is the most widely used construction method today, but this method requires special equipment to pour grout on site. According to national laws and regulations, urban areas It is not allowed to prepare cement slurry to avoid dust pollution in urban air. Therefore, cement slurry is generally prepared outside the city, and then transported to ...

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Problems solved by technology

[0002] Nowadays, the walls in the construction industry mainly include walls made of solid bricks or hollow blocks, walls cast on site and plate walls. The construction of masonry walls is labor-intensive, takes up a lot of human resources, and the process is cumbersome and the construction period is long. Long, this kind of construction method is relatively traditional, which can no longer meet the rapid development of the real estate industry today. On-site casting is the most widely used construction method today, but this method requires special equipment to pour grout on site. According to national laws and regulations, urban areas It is not allowed to prepare cement slurry to avoid dust pollution in urban air. Therefore, cement slurry is generally prepared outside the city, and then transported to the construction site by tank truck. It needs to be poured on site during pouring, and the second pouring is required after the first pouring is completed. , The third pouring, the process is cumbersome, the construction period is long, and the energy consumption is large; although the slab wall improves the construction efficiency, the strength of the wall is low, and there are serious safety hazards, and the slab wall cannot be pre-embedded. , wire pipe grooves, etc., it is necessary to cut grooves on the wall surface as a whole. Cutting grooves will seriously damage the original bearing layer of the board body and reduce the strength of the wall body; As a result, its comprehensive performance is poor, and these materials are not outstanding in thermal insulation, heat insulation, sound insulation, moisture resistance, etc., and it is difficult to meet people's increasing requirements for living conditions. Therefore, there are two or three types of structural panels on the market. Although these walls save the process and shorten the construction period to a certain extent, but because the structure and function layer are too simple, the wall cannot achieve the ideal thermal insulation effect, so a multi- A new type of wall building material with integrated functions and good heat insulation effect, which can even achieve the effect of warm in winter and cool in summer

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