Integral load-bearing thermal insulation wallboard and its production construction technology

Abstract

The invention provides an integral load-bearing heat-insulating wall plate and a production and construction technology thereof. The invention provides the integral load-bearing heat-insulating wall plate, which can bear load, keep warm, allow doors and windows to be constructed outside and allow water, electric and gas pipes to be constructed well, and does not need walling or splicing. During building construction, the integral load-bearing heat-insulating wall plate ensures that a house is formed into a whole through a sitting mortar construction method, a direct welding method, a frame connection method and a hanging pouring method. The integral load-bearing heat-insulating wall plate ensures that a building not only is heat-proof, thermal, energy-saving and low carbon but also is firm and shock-proof, and not only is high in construction speed but also saves time and labor and saves prime cost and construction cost; besides, the raw material is saved, and pollution caused by waste gas and refuse is reduced. The integral load-bearing heat-insulating wall plate and the production and construction technology thereof both provided by the invention cater to the demand of the time, the society and the people, can create a new world of green construction, and can generate huge economic benefits and social benefits in urbanization construction and new rural construction.

Description

1. Technical field [0001] The invention relates to an integral load-bearing thermal insulation wallboard and its production construction technology. 2. Background technology [0002] At present, there are generally two forms of energy-saving buildings. One is to build the wall first, powder the wall, and then make the outer insulation layer. Such method has following shortcoming: 1. build body of wall by laying bricks or stones, plaster wall, time-consuming, add external thermal insulation secondary construction, bigger building cost. 2. Large thermal bridge area. 3. The construction period is long. 4. Its own weight is large, and the building's earthquake resistance is poor. 5. The wall is thickened and the usable area is reduced. One is the existing CL building system, which combines the thermal insulation layer and the stressed steel bars of the shear wall into a CL grid plate as the skeleton of the wall, and pours concrete on both sides. Although this method is muc...

AI Technical Summary

Problems solved by technology

This method has the following disadvantages: 1. Masonry and powder walls are labor-intensive and time-consuming, and the secondary construction of external insulation increases the construction cost.

2. Large thermal bridge area

3. Long construction period

4. Its own weight is large, and the building's earthquake resistance is poor

5. The wall is thickened and the usable area is reduced

Although this method is much more advanced than brick walls with insulation, it also has great disadvantages.

For example: the concrete on both sides of this technology must be sprayed on site, but the first time cannot be successful, and the next construction must wait until it solidifies. A wall needs multiple constructions. This technology is difficult to operate on site and wastes materials. The construction progress Slow and expensive to build

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