3. Pouring:

 In this process, the materials that are put into the mixer after the previous batching   process are measured and adjusted if necessary, and the materials that meet the   time, temperature, and consistency requirements of the process are made, then   pouring into the mold. The pouring process is an important process that can form   a  good pore structure, and it constitutes the core link of aerated production as the   batching process.

 4.Cutting:

 The cutting process is to divide and shape the aerated concrete body to meet the   appearance size requirements.

 5.Autoclave curing:

 High-pressure steam curing of aerated concrete aac body. (Usually above 174.5   ºC)

 6.Out off Autoclave:

 Including finished aac products out of the autoclave, lifting, separation, inspection,   packaging and cleaning and oiling of trolleys and bottom plates.

 7.Waster recycle:

 Waste cncrete cut away from green body and waste water from steam of   autoclave.

 8.Finished block dealing process:

 After 6-10 hours, the finished product comes out of the autoclave and is divided   layer by layer with a block separator.

 9.Packing process:

 Use finished block handling hangers to clamp finished products to packing lines   on wooden pallets After packaging, the finished products are transported to the   yard according to specifications by forklift for stacking.

AAC wall has an excellent sound Transmission class (STC) ,rating of 44. 

Result: Virtually Soundproof Interiors

It has highest thermal rating in the industry:R30.Thus provides well insulated

interiors, keeping out warm air in summer and cold air in winters. AAC 

reduces Air conditioning cost by 30%.

Earthquake forces on structure are proportional to the weight of the building, 

hence AAC shows excellent resistant to earthquake forces. Regions of high 

seismic activity like Japan exclusively use AAC. 

Use of thinner blocks (6" instead of 9" exterior walls) because of its excellent 

water barrier & insulation properties leads to an increase in floor space area 

between 3-5%.

Being lightweight AAC drastically reduces the dead weight of building, resulting 

into reduction in steel (up to 27%) and cement (up to 20%) structural cost saving. 

Being 8 times the size of a clay brick, AAC wall construction involves 1/3 the 

joints, thus an overall mortar saving up to 66%,Its automatic manufacturing 

process gives AAC an exceptional dimensional accuracy & smooth surfaces, 

eliminating need of threecoat plaster walls and allows for a final 6 mm skim 

coat (putty/POP).

Best in class fire rating of 4 hours. The melting point of AAC is over 

1600 ºC, more than twice the typical temperature in a building fire of 650 ºC.

 Pest control

Being made of inorganic minerals, it does not promote growth of molds.

Strength to weight ratio, higher than even M150 concrete and 

far exceeds the Indian Building requirements.