Integral autoclaved aerated concrete wallboard and production process thereof

Abstract

The invention provides an integral autoclaved aerated concrete wallboard and a production process thereof and relates to the technical field of assembled building wallboards. The integral autoclaved aerated concrete wallboard comprises autoclaved aerated concrete boards, reinforced concrete side frames and steel pins or/and bolts. The integral autoclaved aerated concrete wallboard is characterized in that the autoclaved aerated concrete boards are spliced into a wallboard surface by virtue of a transverse mounting manner, a vertical mounting manner or a transverse-vertical mixed mounting manner; and when the autoclaved aerated concrete boards are spliced, each reinforcing rib is arranged at an interval of one or several autoclaved aerated concrete boards; and the reinforced concrete side frames are produced by concrete poured rebar mesh cages and are fixedly connected to the peripheries of the wallboard surface by virtue of the steel pins or/and the bolts (3). The integral autoclaved aerated concrete wallboard has the positive effects that the problems of cracking and leakage of a wall body can be fundamentally solved, the integral autoclaved aerated concrete wallboard can be hoisted once by virtue of a crane, the construction speed is high, the restriction of weather conditions is low, the labor is saved, the construction cycle can be effectively shortened, the construction cost can be saved, and the construction quality can be improved.

Description

technical field [0001] The invention relates to the technical field of prefabricated building wall panels, in particular to an integral wall panel assembled from autoclaved aerated concrete and a production process thereof. Background technique [0002] At present, my country has formed cast-in-place concrete frame structures, prefabricated concrete structure systems and steel structure systems, but no matter what kind of structure system requires factory processing and on-site installation, there are the following disadvantages: First, the extensive operation method, steel 1. The waste of cement is serious and the water consumption is too large; secondly, the construction period is long and the construction speed is relatively slow; thirdly, the weather and temperature of the construction site can be controlled, which is restricted by climatic conditions; fourthly, there are serious cracking and leakage problems, and the construction quality is difficult to improve; Five is...

AI Technical Summary

Problems solved by technology

[0006] 1. The use of steel frames is easy to rust and peel, and it is difficult to tightly integrate with the wall and outer mortar;

[0007] 2. The sound insulation effect of the foamed cement core material is not good;

[0008] 3. Large-area wall panels are integrally poured and formed, which is prone to uneven stress distribution, and then fractures and cracks;

[0009] 4. The steel frame cannot be drilled through, and the pipeline cannot be arranged;

[0010] 5. Large-area wallboards are integrally poured and formed, and can only be used once. If the installation is not suitable, when it needs to be removed, it can only be completely damaged and cannot be installed again.

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