How Aerocon blocks are made and what the raw materials used and what are its advantage to be used in house construction?

Aerocon blocks have gained significant popularity in the construction industry due to their lightweight, high-strength, and thermal insulation properties. Aerocon blocks are autoclaved aerated concrete (AAC) blocks composed of cement, fly ash, lime, and a foaming agent. These blocks are renowned for their lightweight nature, thermal insulation capabilities, and high compressive strength. Let’s explore more about the AAC blocks in this blog.

Aerocon blocks are changing construction history these days with several benefits. These lightweight, durable, and sustainable blocks extensively reduce the structure loads, leading to foundations and structural support savings. Their significant thermal and sound insulation residences contribute to strength efficiency and luxury in homes, decreasing heating and cooling costs and even offering quieter living surroundings. Additionally, their fire and pest resistance enhance the protection and toughness of residential systems. They offered ease of installation and workability of Aerocon blocks, streamlining the production process, resulting in faster project completion and reduced labor charges.

Deejos, the top architecture company in Chennai, is at the forefront of embracing these innovations in their projects, showcasing their commitment to modern and sustainable building practices. By integrating these technologies into our construction methods, our architects in Chennai enhance their buildings' structural integrity and performance, improving industry standards. These technologies demonstrate how advanced materials can propel progress in construction, offering homeowners superior quality and long-term benefits. This adoption not only highlights the practical benefits of Aerocon blocks but also solidifies Deejos' leadership in pioneering modern construction technology.


Mixing the Ingredients:

The manufacturing process begins with the precise mixing of raw materials. Cement, fly ash, lime, and the foaming agent are combined in predetermined proportions. This mixture is then blended thoroughly to achieve a homogeneous consistency. Careful attention is given to ensure uniform distribution of the ingredients, which is crucial for the blocks' quality and performance.


Once the mixture is ready, it is poured into specially designed molds. The molds define the shape and dimensions of the Aerocon blocks. During molding, the mixture undergoes a chemical reaction induced by the foaming agent, resulting in the formation of air bubbles and expansion of the mixture. This expansion creates the characteristic porous structure of Aerocon blocks.


After molding, the blocks are subjected to autoclaving, a process that involves curing the blocks under high-pressure steam and temperature conditions. Autoclaving enhances the chemical reaction within the blocks, resulting in the formation of calcium silicate hydrates, which contribute to the blocks' strength. This curing process further enhances the thermal insulation properties of Aerocon blocks.

Cutting and Finishing:

Once the autoclaving process is complete, the cured blocks are cut into desired sizes using specialized cutting equipment. This ensures precision and uniformity in the final product. The blocks then undergo a finishing process, which involves removing any irregularities, sharp edges, or imperfections to achieve a smooth and aesthetically pleasing appearance.


  • High strength and durability, making it resistant to earthquakes, fire, and termites
  • Lightweight and easy to handle, reducing construction time and labor costs
  • Energy-efficient, providing good insulation and reducing the need for heating and cooling
  • Eco-friendly, using fly ash as a raw material, reduces the carbon footprint
  • They are also fire-resistant, and termite-resistant, and have low water absorption, making them durable and long-lasting.

Aerocon blocks offer an excellent alternative to traditional construction materials, due to their lightweight nature, thermal insulation properties, and high strength. By understanding the manufacturing process and advantages, you gain a deeper appreciation for the quality and versatility of the remarkable building material.