Self-properties term of foam concrete such as:Say no to plagiarism. Get a tailor-made essay on “Why violent video games should not be banned”?Get the original essayLow density and high strengthTypical densities of aerated concrete are between 350 and 1,600 kg/m3 and compressive strengths on 28 days are 0.2 to 18.0. N/mm2. Due to its low density, foam concrete imposes a slight vertical pressure on the substructure, which is particularly important for the home as a sensitive area. High fluidity (self-leveling and self-compacting) With relatively low pressures, foam concrete is easily pumped. through the pipe over long distances. The materials self-level and self-compact naturally and fill voids, cavities and the slightest sutures. Foam concrete meets all contours of the basement when concrete is worked into the excavation area. ReliabilityFoam concrete is a very long-lasting material as durable as rock and does not break down easily. Resistance to cold and heatFoam concrete is a very effective insulating material. Buildings constructed from aerated concrete are capable of storing cold or heat, which helps minimize air conditioning or heating costs. It is an ideal material for countries that have four seasons, especially in hot and cold climates. Sound insulationFoam concrete has high sound absorption properties. Superior fire-resistant foam concrete is highly flammable and suitable for applications where fire is a risk. of aerated concrete for the production of building blocks, roof thermal and sound insulation, floors, heating pipes, production of folding blocks and interior partition panels, as well as aerated concrete floors and basements of higher density. Eco-compatibility Foam concrete is ecologically clean and does not produce any toxic substances. Additionally, much research has been conducted on the use of waste materials as the main ingredients in the production of aerated concrete. The construction advantages of aerated concrete generally benefit from operational and cost efficiencies. Settlement-free construction In accordance with the principle of balance, the effective stress of the underlying soil remains unchanged compared to that existing before excavation and thus prevents settlement of the construction. Cost SavingFoam concrete saves a lot of money as it can be applied directly to existing marginal soil such as peat or poor soils. Minimum lateral loading helps reduce construction costs of earth retaining structures. Foam concrete allows construction on marginal terrain, reducing the need for pile foundations. High-volume equipment with rapid installation reduces installed unit cost. Foam concrete requires lower maintenance costs due to foam concrete's durability and lack of settlement. Saving time Applying foam concrete can save a lot of time compared to conventional soil treatment methods for settlement-free construction. No waiting period for basement consolidation, eliminating the need for surcharges. No need for removal and replacement with large quantities of borrowed soil. Removal of a minimum quantity of soil to be replaced by cellular concrete. Reduce or eliminate the need for pilings, sand drains or leveling beams.Keep in mind: This is just a sample.Get a custom paper now from our expert writers.Get a custom essayConstruction fastThe blocks of..