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By using environmentally friendly building materials to construct your ideal home, you not only assist to protect the environment, but you also save money on the overall cost of construction. Autoclaved aerated concrete blocks (AAC blocks or bricks) are considered preferable to other conventional construction materials, such as burnt clay bricks, which pose environmental dangers, among the new building materials utilised worldwide. In India, the benefits of AAC blocks as a less expensive and more ecological alternative to traditional building materials are well known.
Traditional bricks are typically 50% lighter and 10 times larger than AAC blocks. This one-of-a-kind property makes installation a breeze and provides the needed flexibility, making changes, cutting, and shaping a breeze. AAC blocks feature fewer joints and uniform dimensions, making them easier to lay and speeding up the construction process.
Buildings are often built to withstand vertical forces such as self-weight and gravity. Horizontal forces, such as those induced by earthquakes, are also present. During the production process, the AAC blocks obtain a high level of strength, ensuring the finished structure's endurance.
The substance has small air pockets, and hydrogen is used to foam the concrete, providing it exceptional heat insulation properties that allow for mild winter temperatures and cool summer ones. As a result, it can help you save up to 25% on your air conditioning bills.
In comparison to other building materials, AAC blocks are non-combustible and provide fire resistance of up to six hours, depending on block thickness and up to 1,200 degrees Celsius. As a result, it is also significant from the standpoint of fire safety.
AAC blocks are created from non-toxic, natural raw materials, and the manufacturing process produces very little waste. Some of the debris or offcuts can be recycled or turned into aggregates. Because it is made of non-biodegradable materials, it is durable and solid, and it resists rot and mould.
The AAC block has a compressive strength of 3 to 5 N/mm2. As a result, it is far stronger and better than bricks of comparable density.
