AAC blocks are the building material of the construction industry. These are lightweight, energy-efficient and are an excellent thermal insulator. The blocks are extremely lightweight and it is also suitable for both internal and external construction. These blocks are ideal for all kinds of structures like schools, hospitals, offices and departments. These are also known to be environment-friendly as the buildings do not require any kind of plastering.
600x200x100 mm
600x200x150 mm
600x200x200 mm
600x200x300 mm
It is very convenient and easy to use. Lifting, drilling, cutting, chiseling, are easy to do with conventional tools.
The construction works becomes fast if one uses AAC blocks. Along with the ease of working, it also has a good speed of construction.
AAC blocks are costlier than red bricks. You can save the joining motor material and plastering material and also reduce the overall wastage by 70%.
The lowest density reduces the dead load by 50% and saves steel and cement.
The AAC blocks use fly ash wastage from the thermal power. It does not require fertile clay.
The manufacturing of eco blocks is energy-efficient compared to the other material which helps to reduce the carbon emission.
AAC blocks are lightweight and save fuel for transportation by 66%.
There is no chance of efflorescence in the AAC block. It is seepage resistance and there is an absence of any salty material in the production of blocks.
AAC blocks are pest resistant because of humidity. There is no chance of any growth of mold, insect, or pest.
It is always safe to use light with building material during an earthquake. The AAC block reduces 60% of the total weight of the building. It is completely safe in an earthquake.
The AAC blocks do not allow any effect of outer heat or cold on the interior of the building. This saves the cost of AC by more than 30%. This is because of the superior thermal insulation property of the AAC blocks.
The AAC blocks do not allow any water seepage from the exterior to the interior of the wall. There is a complete absence of capillaries and low water absorptive material.
