What is Foam Concrete and CLC Blocks

What is Foam Concrete and CLC Blocks?

CLC blocks are composed of foam concrete. In this article, we’ll be able to learn more about the forms of foam concrete and where they are used. In addition, we will know their strength and density. Aerated concrete blocks can be expensive as well as have limitations. In comparison to conventional concrete blocks, CLC blocks are more economical and require a lesser capital expenditure. In addition, they’re more durable than conventional concrete blocks. The initial investment needed to begin an CLC plant is much lower than the aerated concrete plants.

What is foam concrete?

Foam concrete is a type of lightweight concrete that contains at least 20 percent of foam. It is also referred to also as Low Density Cellular Concrete, or Light-weight Cellular Concrete. It is a cement-based slurry that has to contain at the least 20% foam in order to qualify to be considered foam concrete. This kind of concrete is a great choice for many construction projects since it can cut down on costs and labor.

The concrete is lightweight and has a compressive strength ranging from 5-8 MPa with a density of about 1000 kg/m3. It can be used for building a home because it offers both strength and insulation. It is generally created using a slurry made of fly ash or cement, while other vendors will use concrete that is pure and water containing a foaming ingredient.

Another benefit for foam concrete is the fact that it doesn’t require compacting. The material adheres to the patterns of subgrade. As a result, it can be pumped far distances, but with a very low pressure. It’s also extremely long-lasting and will not break down. However, foam concrete can be more costly than ordinary concrete.

Another benefit in foam concrete’s use is that they can reduce the weight of a structure by up to 80%. Due to the air content of the material and air bubbles, they are evenly dispersed throughout the concrete. The size of the air bubbles can range from 0.1 to one millimeter. Foam concrete’s density ranges between 400 to 1600 kg/m3. It offers a high level of fire resistance , and is a good acoustic and thermal insulator. Another advantage to foam concrete is it requires not any compaction or vibration.

Where are CLC blocks used?

Cellular Lightweight Concrete (CLC) blocks offer a number of advantages over traditional solid concrete blocks. The lightweight bricks have low density due to their low aggregate and cement content. They also perform better for sound and thermal insulation. They also have a larger shape and size than traditional clay bricks. In the past, recycled plastic and glass wastes have been used as cement additives to increase the compressive strength. It is essential to keep in mind that the particle size of glass should be less than 45 mm for it to be effective as a substitute for cement.

Typically, CLC blocks are manufactured by using a foaming substance that is mixed with water and air. The mixture is then placed in moulds. After being poured, the concrete mixture will take between 18 and 24 hours to harden. In some cases steam curing can be employed to cut down the time it takes to cure. This kind of curing improves the result.

CLC blocks are made of polypropylene microfibers. They are a reliable alternative to clay bricks . It’s a good choice for housing that is low-cost. Furthermore, polypropylene micro fibers enhance the performance of brick and masonry. The final product has A density of 2.8 N/m2 which is more than the typical concrete or brick.

CLC block are environmental sustainable. Since they are made from waste materials, they are not contaminated by harmful chemicals and don’t release pollutants into the atmosphere. Furthermore, they are great insulations and help lessen the dead load in a building. They can save money on building materials and power bills for house owners.

density and strength of foam concrete

The strength and densities of foam concrete differ based on the type of material employed. Generally, foam concrete contains cement as well as an aerogel. Because of its structure, foam concrete is prone to chemical shrinkage. To reduce this, the mixture is restrained with at least two layers of resistant concrete as well as mechanical connectors. Add additional materials to the mix to increase its strength and stiffness.

Cracks can form when temperatures rise in foam concrete. The greater that temperature is the more cracks may occur. A concrete sample having a density of 1000 kg/m3 has roughly one-sixth the thermal conductivity of a normal concrete. Thus, reducing quantity of concrete can decrease the thermal conductivity by 0.04 W/mK.

In addition, because the foamed concrete material is a novel substance, there aren’t standard test procedures for it. As a result, the procedure of making the specimens for testing them was based upon procedures for normal concrete. For example, the compression strength of the concrete was measured by PN-EN-12390-3:2011 plus AC:2012. Meanwhile, the modus of elasticity of the concrete was determined as per the Instruction to the Research Building Institute No. 194/98. The foam’s density was calculated using PN EN 12390-5.

In the strength and volume of foam concrete, it are determined by the proportion of foam that is present in the mortar. Its structure is made up of low-mass aggregates, such as expanded clay vermiculite, and pumice. The density of concrete is crucial because it affects its strength, strength, andpermeability, as well as thermal characteristics. The amount of admixtures in the concrete can also drastically change its properties.

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