High quality AAC products have minimal error, and the smooth surface of the block and panel provides a reliable guarantee for high-precision and efficient assembly construction.

The pores of AAC products can reach 70% to 85%, the volume density is generally 500 to 900kg/m3, the quality is 1/5 of ordinary concrete, 1/4 of clay brick, 1/3 of hollow brick, and the same as wood, can float in water. It can effectively reduce the building's own weight, improve the seismic resistance of the building, and greatly reduce the comprehensive cost of the building.

AAC products have excellent sound insulation and sound absorption due to the unique multi-microporous structure in their materials. The weighted sound insulation volume of 10mm thick wall can reach 41dB to meet the sound insulation requirements of different buildings.

AAC products benefit from the special multi-microporous structure of its materials, and have good thermal insulation performance. The dry thermal conductivity (λ) of AAC products ranges from about 0.11-0.16W/mK, which is 1/4-1/5 of clay bricks. Generally, the thermal insulation effect of 20cm thick aerated concrete wall is equivalent to that of 49cm thick ordinary solid clay brick wall. This low thermal conductivity can save users about 30% on heating and cooling costs.

AAC products benefit from the special closed non-connected multi-microporous structure in its materials, water absorption and moisture conduction is slow, the same volume water absorption to saturation time is 5 times that of clay bricks, the use of special construction technology and supporting materials, more effectively prevent water penetration.

The main raw materials and finished products of AAC products are inorganic materials, which are pollution-free during the whole life cycle of manufacturing, transportation and use, which can protect cultivated land, save energy and reduce consumption, and is a new green building material in the true sense.

AAC products are light in weight, easy to operate, and have good processability, and the construction efficiency can be increased by 2-5 times compared with traditional building materials. AAC panels have a range of product applications and applicability beyond AAC blocks, making installation fast and easy in plant-based building systems, and significantly reducing installation time and cost per square meter. The ultra-smooth surface of high-quality AAC products significantly reduces the consumption of surface treatment and modification materials in the construction process, accelerates the completion of construction progress, and greatly improves the construction efficiency.

Since 1929, AAC products have gradually become one of the most commonly used building products in the world and are now widely used in residential, commercial and industrial buildings.

The bulk density of AAC products is about 300 kg/ M3-800 kg/m3, and the compressive strength is between 2.5-7N/mm2. The volume of the finished product is three times the volume of the raw material used, which makes it a highly efficient building material.

AAC products are A1 grade refractory materials, the fire rating is the highest in building materials, and the fire resistance limit can reach 650 ° C, which is the preferred material for fireproof walls.
The main raw materials of AAC products are mostly inorganic materials, so they have good fire resistance and do not emit harmful gases in case of fire. The fire resistance of 90mm thick wall is 245min, and the fire resistance of 300mm thick wall is 520min. All AAC products are ideally suited to withstand fires, earthquakes and other natural disasters.

The same building structure, AAC products than clay bricks to raise 2 anti-seismic levels.

The material strength of AAC products is stable, and its strength is increased by 25% after one year of atmospheric exposure to the specimen, and it remains stable after ten years.

The comprehensive cost is at least 5% lower than that of solid clay brick, and the use area can be increased, greatly improving the utilization rate of building area.