Among the types of modern wall-building materials, aerated blocks are dominating their niche, and their high thermal, sound insulation, and high compressive strength features have been loved by both builders and customers.
Thermalite blocks by MGN Builders Merchants will guarantee cost-effective solutions for a wide range of construction applications at the most competitive cost. If you are looking for lightweight and sustainable building materials that are comfortable to handle, then the building blocks are what you require for your construction project. Let’s dive in and discover a bit more about this versatile kind of building material.
What are thermalite blocks?
Also directed as aerated blocks, breeze blocks, and arcrete blocks are made of a microcellular structure that features numerous tiny, trapped air pockets that provide this amazing building block with complete strength, lightness, and extremely high thermal insulation and moisture resistance features.
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What are Thermalite blocks utilized for?
- In the construction of load-bearing walls and internal partitions.
- thermal insulation of brick and reinforced definite walls from the front side of the building.
- In the construction of fences. Such structures are fast erected and do not require large expenses.
- Construction of a reinforced belt along the perimeter of the walls. U-shaped aerated concrete products reinforced with reinforcement are utilized.
- Production of monolithic lintels for different openings. Profile products from aerated concrete are utilized.
In fact, thermalite breeze blocks can be utilized in beam and floor constructions in domestic garages and other buildings where the floor is needed to meet the necessary loading capability.
The AAC blocks can be utilized externally for example in garden wall construction, but they must be completed with rendering.
What are the benefits of Thermalite Blocks?
Improved thermal insulation rates, overall dimensions, and high frost resistance make it likely to use the breeze block for the construction of residential buildings, the construction of garages, and the construction of baths. The material is famous for its reliability and durability. However, block walls require waterproofing protection. The margin of safety provides the capability to build houses from gas blocks with a height of three floors.
- Expanded dimensions with low weight – durable and dimensionally stable cement-based blocks that are resistant to rot, mold, and mildew
- Effortless to handle -no need to use lifting equipment.
- Clarity of laying blocks on an adhesive composition.
- Accelerated rates of construction of walls and divisions.
- High thermal insulation features.
- Minimum dimensional tolerances, and correct shape of products.
- Improved sound insulation characteristics – the lightweight features
- That light weight also gives a high sound reduction for privacy, both from outside noises and from other rooms when utilized as interior partition walls.
- Opposition to open fire and high temperatures – the aerated breeze blocks are graded a four-hour rating additionally it does not burn therefore they will not produce harmful fumes.
- Ecological cleanliness of aerated concrete material.
- Relief of mechanical processing of aerated concrete.
- Opposition to cold and temperature fluctuations.
- The capability to let steam out of the room.
- Long-term use.
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How strong are aerated blocks?
Aerated Concrete Blocks are very stable and strong enough and are widely suggested for use in building structural parts of the building but not powerful enough for conventional concrete.
While gas blocks are limited to structural applications in low-rise buildings and sections and are also a part of curtain walls in taller buildings, they can perform the same process as dense and lightweight blocks.
The lightweight blocks are utilized in both interior and exterior walls they provide higher insulating properties and lighter specific gravity in comparison to concrete blocks.
Lightweight blocks are created from cement together with one of a range of natural or artificial aggregates such as granular / foamed blast furnace slag, expanded clay or shale, furnace fly ash, fuel ash, or the less familiar pumice stone. The thickness of the aggregate is usually proportional to the strength of the block, consequently, for example, “ultra-light” aggregates such as expanded clay and pumice, utilized for their excellent thermal properties, have relatively low compressive power.