Aerated concrete and cellular concrete are terms that often appear in the context of building materials. For many people, they can be confusing because they are used interchangeably. Do they really mean the same thing? We clarify the doubts.

Aerated concrete and cellular concrete are two terms used to describe the same building material. Aerated concrete is a popular choice for residential and commercial construction due to its lightness, insulation and ease of processing. Its advantages make it an excellent material for walls, ceilings, roofs and foundations.

What is aerated concrete?

Aerated concrete, also known as cellular concrete, is a lightweight building material with a porous structure. It is produced by introducing gas (usually hydrogen) into the concrete mixture. This creates characteristic air bubbles. These bubbles give the material its lightness and thermal insulation.

Aerated concrete is a popular material in the construction industry because of its properties. It is lightweight and easy to work with. It has good thermal and acoustic insulation and is fire resistant. Thanks to these characteristics, aerated concrete is readily used in residential and commercial construction.

What is cellular concrete?

Cellular concrete is another name for aerated concrete. The terms are used interchangeably, although cellular concrete is the more technical term. Cellular concrete, like aerated concrete, is a porous material. It is formed by adding gas to the concrete mixture. As a result, air bubbles are formed, which give the material its characteristic structure.

Differences between aerated concrete and cellular concrete

In practice, there is no difference between aerated concrete and cellular concrete. They are two different terms for the same material. Aerated concrete is the more common term in everyday use. Cellular concrete, on the other hand, is used in technical contexts and in professional literature.

Cellular concrete – advantages

Aerated concrete has many advantages that make it a popular choice in construction. It is much lighter than traditional concrete. This makes it easier to transport and install, which speeds up construction work.

Thanks to its porous structure, aerated concrete has excellent insulating properties. It helps keep the heat inside the building in winter and cool in summer. This contributes to energy savings. Aerated concrete effectively dampens sound, which increases acoustic comfort inside the building.

This concrete is a non-combustible material, which increases the fire safety of buildings. The material is easy to cut, drill and shape with standard construction tools. This makes it adaptable to a variety of design needs.

The production of aerated concrete is more environmentally friendly than the production of traditional concrete. The material is also largely recycled.

Application of cellular concrete (aerated concrete)

Gazobeton jest wszechstronnym materiałem, który znajduje zastosowanie w wielu dziedzinach budownictwa:

• Load-bearing and partition walls – will work well in the construction of load-bearing and partition walls in residential and commercial buildings.
• Exterior walls – due to its insulating properties, this type of concrete is an ideal material for exterior walls. These require good thermal and acoustic insulation.
• Ceilings and roofs – aerated concrete can also be used for lightweight ceilings and roofs. It reduces the load on the building structure.
• Basement and foundation walls – cellular concrete is resistant to moisture. This makes it a good choice for basement walls and foundations.

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