Autoclaved aerated concrete wallboard is referred to as ALC wallboard, also known as AAC wallboard, which is a new type of building material with high performance. The advantages of autoclaved aerated concrete wall panels in engineering construction are obvious. The application of autoclaved aerated concrete wall panels improves the technological content in engineering construction, and the building products are more energy-saving and environmentally friendly, and improve the product quality of real estate.
As a green and environmentally friendly product, autoclaved aerated concrete wall panels have a radiation-driven effect and meet the current requirements of "taking science and technology as the guide for energy conservation and emission reduction, and building a low-energy demonstration project". Large-scale application of autoclaved aerated concrete wall panels in future construction.
ALC board is the abbreviation of autoclaved lightweight aerated concrete wallboard. It can be used as both wall material and roof board material. All performances are green and environmentally friendly, and it has become the main wall material for many component manufacturers. ALC wallboard production line As the main equipment for the production of ALC sheets, it is necessary to select the manufacturer. Autoclaved aerated concrete wall panels use cement, slag, river sand, and fly ash as raw materials for production. After stirring and foaming, they form a concrete material with a microcellular bubble structure, which is made by cutting, curing and other processes.
ALC board has the comprehensive advantages of light weight, high strength, impact resistance, strong hanging force, heat insulation, heat preservation, fire prevention, convenience, economy, environmental protection, penetration resistance, weather resistance and other wall materials incomparable, in order to achieve energy saving the goal of. This will drive the construction industry to move forward from the backward wet construction to the advanced dry construction, so as to realize the industrialization of the production of residential components, the modernization of technical equipment, the integration of large-scale production and intensive construction equipment, the increase of the usable area of the residence, the reduction of the structural load and the improvement of the building. Seismic ability and safety performance.
