Cement - cellular concrete

Cement - cellular concrete

The production of aerated concrete - cement provides very advantageous characteristics.

Cement - cellular concrete provides exceptional qualities, which can be enjoyed in different ways depending on the application in which it is being used. Thus, it is considered: Cellular cement when densities from 100 Kg / m3 to 600 Kg / m3 are obtained. Cellular concrete when densities from 600 Kg / m3 to 1,400 Kg / m3 are obtained.

Cement Performance - Cellular Concrete

The benefits provided by both cellular cement and cellular concrete will depend on the density with which they are manufactured. Thus, the characteristics of this technology are: Very light material. from 100 Kg / m3 to 1,400 Kg / m3. Acoustic insulation. Thermal insulation. Breathable material. Fireproof. Very low water absorption. 100% recyclable.

Fields of action of cement - aerated concrete

There are multiple fields of use for aerated concrete - cement where we can enjoy the qualities that this material provides us. Basically, we can differentiate two types of uses: Fixed installations, Mobile installations.

Fixed installations

With these facilities we can produce prefabricated elements such as: Cellular concrete blocks. Fillings of traditional blocks or ceramic pieces. Building closing panels. Insulation in load-bearing panels.

Mobile installations

These types of installations are produced to be installed on top of trucks with different production capacities. These mobile plants are transferred to the construction site, where they produce cellular cement and inject it. The fields of application are: Single-layer counter-floors, with cellular concrete with a density of 1,000 Kg / m3. at 1,300 Kg / m3. Giving insulating properties in floors and self-leveling. Being able to receive the laying of the ceramic floor. Bilayer Counter-floors technology that is applied to underfloor heating with a first insulating layer, on which the underfloor systems are supported. And a special cement that allows heat transmission. Insulation of terraces and roofs. Geotechnical fillings. Driveway fillings. Cast formwork for in-situ walls.
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