Light-weighted high-intensity assembled wall

Abstract

The invention relates to a light-weighted high-intensity assembled wall. The light-weighted high-intensity assembled wall is characterized by comprising two parallel hollow boards made of metal materials or plastic materials, an adjustable connection assembly and a foaming rubber filler; the adjustable connection assembly is connected between the two hollow boards so as to connect the two hollow boards and adjust the distance between the two hollow boards; and the foaming rubber filler is arranged in an interval gap between the two hollow boards. By means of the scheme of the wall, standard, modular and factory-like production and manufacturing can be achieved, no building garbage is generated during assembly and application, even pieces of broken materials generated in the assembling and cutting process can be recycled, later decoration is not needed, decoration pollution is avoided, flying dust is not generated, the construction noise is low, and the light-weighted high-intensity assembled wall is environmentally friendly, safe and free of cracking and peeling off of paint; and the wall is good in leakage resistance, fire resistance, earthquake resistance and heat insulation performance, the building construction period is shortened quite advantageously, the construction efficiency is improved, and the construction environment is improved.

Description

technical field [0001] The invention relates to the field of building materials, in particular to a modular wall body used for building buildings. Background technique [0002] The current building walls are basically built on the building site with sand bricks and red bricks, or poured with cement reinforcement, or constructed with gypsum boards and metal frames. After the main structure of the building is built, decoration work such as batching of mortar, batching of putty, painting of walls, and tiling of tiles will be carried out on the wall surface of the wall. There are many unscientific, unenvironmental and unsafe aspects in this traditional wall construction method, which are reflected as follows: [0003] First, in the process of wall construction and decoration, a large amount of construction waste will be generated, and these abandoned construction waste cannot be recycled and reused, which will cause great damage to the natural ecological environment and is not ...

AI Technical Summary

Problems solved by technology

[0003] First, in the process of wall construction and decoration, a large amount of construction waste will be generated, and these abandoned construction waste cannot be recycled and reused, which will cause great damage to the natural ecological environment and is not environmentally friendly

[0004] Second, in the process of wall construction and decoration, the labor intensity of the construction workers is very high, and the noise, pollution smell of building materials and dust on the site are very large, the construction environment is very harsh, and the construction workers are not protected physically and mentally; at the same time, These noises, polluted smells, and flying dust have also caused great disturbance and environmental pollution to the surrounding living environment.

[0005] Third, after the decoration, the walls still leave a large amount of pollutants such as formaldehyde, benzene, xylene, radon, ammonia, etc., causing the indoor environment to be filled with a large amount of irritating odor, radioactive gas, and strong irritating odor. Difficult to eliminate, causing great harm to people's physical and mental health

[0006] Fourth, the construction quality of the wall is not well guaranteed. The wall is easily affected by many factors such as the skill and responsibility of the construction workers, the quality of building materials, and the climate. It is prone to many problems such as wall cracking, paint peeling off, tile falling off, water seepage, etc.

[0007] Fifth, the cold and warm insulation effect of the wall is poor, which is not conducive to people's physical and mental health

Moreover, the seismic performance is poor. During an earthquake, the overall wall body is prone to collapse, which is not conducive to protecting people's safety and brings difficulties to rescue.

Moreover, the current traditional walls cannot be standardized, factory-made, or modularized, and they are heavy, so they cannot be used in modular buildings.

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