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Autoclaved Aerated Concrete (AAC) block is a low-maintenance precast building material with excellent thermal insulation and durability. The heat-insulating properties of AAC blocks keep the building cooler and prevent outside heat from entering, resulting in significant savings on air conditioning costs. AAC blocks also guarantee savings in foundation load, structural steel consumption, and mortar consumption.
If you want to build a house while being environmentally conscious, AAC blocks are the way to go. Autoclaved Aerated Concrete (AAC) is a certified green building material that is lightweight, load-bearing, high-insulating, durable, and three times lighter than red bricks.
Country Of Origin : India
Advantages Of AAC Blocks
Easy & Faster Workability:
AAC blocks are about half the weight and ten times the size of traditional bricks. This one-of-a-kind property allows for simple installation and provides the desired flexibility, making adjustments, cutting, shaping, and so on a breeze. AAC blocks have fewer joints and consistent dimensions, making them easier to lay and the construction process faster. Finally, lightweight blocks are easy to transport, which helps to reduce overall logistics and shipping costs when compared to traditional brick transportation costs.
Disaster Resistant :
Self-weight and gravity are usually the two vertical forces that a building is designed to handle. Earthquakes, for example, cause horizontal forces. As a result of the manufacturing process, AAC blocks become extremely strong, resulting in a durable finished structure. In comparison to conventional bricks, AAC bricks can handle higher seismic loads.
- Thermal Insulation And Energy Conservation :
By foaming the concrete with hydrogen, the material provides excellent heat insulation, allowing temperatures to be warm in winter and cool in summer. Thus, it can reduce your air-conditioning costs by about 25%. Due to their energy-efficient production, AAC blocks are energy-efficient throughout their lifetimes.
- Soundproof :
Because AAC blocks are lightweight and porous, they reduce sound significantly. It is for these reasons that AAC blocks are widely used in the construction of studios, hospitals, hotels, etc.
- Sustainable And Pocket-Friendly :
AAC blocks are produced with a minimum amount of waste using natural, non-toxic raw materials. Some of the waste or offcuts produced can be recycled or used to make aggregates. Its use of non-biodegradable materials makes the building more durable and steady, preventing rot and mould. Furthermore, because AAC blocks are lightweight, energy-efficient, and simple to install, they reduce labour costs.
- Fire Resistance :
Comparatively to other building materials, AAC blocks are noncombustible and provide fire resistance of up to six hours, depending on their thickness and up to 1,200 degrees Celsius. Therefore, it has also significant fire safety implications.
- Moisture Proof :
Moisture can cause significant structural damage. The macro-pores within AAC blocks ensure low water absorption. As a result, they offer better moisture protection.
Autoclaved Aerated Concrete (AAC) blocks are a revolutionary precast building material that has gained considerable attention and widespread use in the construction industry. Renowned for their excellent thermal insulation, lightweight nature, and remarkable durability, AAC blocks present a sustainable and cost-effective alternative to traditional building materials. They are made by adding a foaming agent to concrete material, resulting in blocks that are not only lighter but also environmentally friendly.
AAC blocks are designed to be approximately half the weight and ten times the size of conventional bricks. This unique property allows for ease of installation and provides desired flexibility, making adjustments, cutting, and shaping effortless. Their larger size and fewer joints contribute to faster construction timelines, further enhanced by their consistent dimensions which simplify the laying process. Due to their lightweight nature, transporting AAC blocks is much easier and less costly compared to traditional bricks, leading to a significant reduction in overall logistics and shipping expenses.
Key workability features: - Lightweight and large-size format - Easy to cut, shape, and install - Fewer joints, consistent dimensions, and faster to lay - Reduced logistics and shipping costs
AAC blocks possess remarkable disaster-resistant properties. Unlike conventional bricks, the manufacturing process of AAC blocks enhances their strength, making the finished structure highly durable and capable of withstanding higher seismic loads. Typically, buildings need to handle vertical forces caused by self-weight and gravity; however, structures may also be subjected to horizontal forces from natural disasters like earthquakes. The superior strength and flexibility of AAC blocks ensure that buildings can sustain such forces, offering enhanced safety and resilience.
Key disaster-resistant features: - High strength and durability - Capable of withstanding higher seismic loads
AAC blocks provide outstanding thermal insulation, making them an energy-efficient choice throughout their lifecycle. Foaming the concrete with hydrogen creates a material that excels in heat insulation, keeping indoor temperatures warm during winter and cool during summer. This not only improves occupant comfort but also translates into significant energy savings, potentially reducing air-conditioning costs by up to 25%.
Key thermal insulation and energy conservation features: - Excellent heat insulation properties - Maintains comfortable indoor temperatures in all seasons - Reduces air-conditioning costs by about 25% - Energy-efficient production and lifecycle
The lightweight and porous nature of AAC blocks make them highly effective in sound reduction. This attribute renders them ideal for constructing sound-sensitive environments such as studios, hospitals, and hotels. Ensuring a quieter indoor environment enhances comfort and health by minimizing noise pollution.
Key soundproof features: - Lightweight and porous composition - Significant sound reduction - Ideal for sound-sensitive environments (e.g., studios, hospitals, hotels)
AAC blocks are produced using natural, non-toxic raw materials with minimal waste. Any waste or offcuts generated during production can often be recycled or used to create aggregates, contributing to an environmentally friendly lifecycle. The use of non-biodegradable materials in AAC blocks ensures long-term durability and stability, preventing issues like rot and mold. Their lightweight, energy-efficient properties, combined with ease of installation, lead to reduced labor costs, making them a pocket-friendly option for sustainable construction.
Key sustainable and cost-effective features: - Made from natural, non-toxic raw materials - Minimal waste production; recyclability of offcuts - Non-biodegradable materials prevent rot and mold - Lightweight, energy-efficient, and easy to install - Reduced labor and overall construction costs
AAC blocks are noncombustible and exhibit a high level of fire resistance, offering protection for up to six hours depending on block thickness and tolerating temperatures up to 1,200 degrees Celsius. This property significantly enhances fire safety in buildings, making AAC blocks an excellent choice for fire-resistant construction.
Key fire resistance features: - Noncombustible material - Fire resistance of up to six hours - Withstands temperatures up to 1,200 degrees Celsius - Enhanced fire safety implications
Moisture poses a significant threat to structural integrity, leading to potential damage if not mitigated. AAC blocks feature macro-pores that ensure low water absorption, providing better moisture protection compared to other building materials. This attribute safeguards against structural damage, contributing to the longevity and durability of buildings constructed with AAC blocks.
Key moisture-proof features: - Macro-pores for low water absorption - Enhanced moisture protection - Prevention of structural damage from moisture
