Specifications of autoclaved aerated concrete blocks

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The surface collapse phenomenon of autoclaved aerated concrete blocks is generally caused by condensation water in the pipes. This situation often occurred in the past. Nowadays, most autoclaves have been changed to air intake from both sides, but it should also be avoided that the air holes of the air inlet pipe are directly facing the green body.
The processability of autoclaved aerated concrete blocks is also an important factor affecting autoclaved aerated concrete blocks. The materials of autoclaved aerated concrete blocks are fine materials that have been ground twice and have good processability. Sex has created favorable conditions for the development of the construction industry.
The thermal insulation performance of sand autoclaved aerated concrete blocks shows that the aerated concrete blocks have thermal conductivity function. Its island thermal function is to convert heat from high temperature area to low temperature area or from sand through the movement of microscopic particles. The process in which the temperature of the high-temperature zone of the autoclaved aerated concrete block is transferred to the low-temperature zone of the autoclaved aerated concrete block at the joint. In different thermal environments, the temperature of each point in the temperature field composed of temperature distribution does not change with time, which is called a stable temperature field. Therefore, sand autoclaved aerated concrete blocks have good thermal insulation properties.
The use of sand autoclaved aerated concrete blocks not only reduces the weight of the building but also reduces the processing costs of the foundation and structure. Due to the superior thermal insulation performance of the sand autoclaved aerated concrete blocks, the exterior walls do not need to be built. Or less insulation layer is required, which greatly reduces the construction cost. The surface can be directly embedded in batches, reducing the materials and artificial walls used for surface plastering. During the construction process, there is no need for the traditional tie-bar method. There is no need to plant bars on site, which greatly facilitates construction operations and effectively reduces construction operations. The application of ring beams and structural columns is eliminated, thereby reducing costs.