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Jinan aerated blocks have good thermal insulation performance, which greatly reduces the thickness of the wall and accordingly expands the effective use of the building. area, saves the thickness of building materials, improves construction efficiency, reduces project costs, and reduces the weight of the building.
Jinan’s aerated blocks have good seismic resistance. In the earthquakes in Fengnan, Tangshan and other places with a magnitude of All collapsed, creating a sharp contrast between the two buildings, which are not far apart and have the same structure but different materials.
The general weight of Jinan aerated blocks is kg/cubic meter, which is only equivalent to clay bricks and lime sand bricks. Ordinary concrete is the lighter type of concrete and is suitable for filling walls of high-rise buildings and low-rise buildings. Load-bearing walls. The use of this material can reduce the weight of the entire building by more than that of ordinary brick-concrete structures. Since the weight of the building is reduced and the earthquake destructive force is small, the earthquake resistance of the building is greatly improved.
Good sound performance. Since the internal structure of Jinan air-entrained block is like bread, with a large number of closed pores evenly distributed, it has sound absorption performance that ordinary building materials do not have.
When the temperature of Jinan aerated block is below ℃, its compressive strength increases slightly. When the temperature is around ℃, its compressive strength is close to the compressive strength at normal temperature, and it has certain high temperature resistance. Therefore, the fire protection performance of Jinan aerated blocks as a building material reaches the national first-class fire protection standard.
Jinan aerated blocks are conducive to mechanized construction. The assembly of precast concrete blocks into large slabs can save storage space for finished products, save masonry labor, reduce wet work, speed up on-site construction progress, and improve construction efficiency. Adaptable. Due to its high strength, it is used in various fields.