Ventilated façade versus the traditional method of installing a façade using mortar.
Ventilated facade technology: Modern solutions for construction
In the world of construction, new technologies are constantly being developed to improve the efficiency and durability of buildings. One of these innovations is ventilated facade technology. In this article we will look at the basic principles of this technology, compare it with the traditional method of installing a facade on mortar and highlight 10 key advantages.
Basic principles of a ventilated facade:
Ventilated facade technology is a structure consisting of a load-bearing wall surface, a thermal insulation layer and a facing material, separated by an air gap chamber. The basic principle of operation is to create natural ventilation between the facing material and the supporting structure, which allows you to effectively remove condensation and prevent the accumulation of moisture.
Comparison with the traditional method of installing a façade on mortar:
The traditional method of installing a facade with mortar is technically and morally outdated; it involves the use of cement or lime mortar to attach facing materials to the load-bearing wall. Unlike a ventilated facade, this method does not provide effective ventilation, and this leads to the accumulation of moisture and the formation of mold and, as a result, within 5 years to the destruction of the facade. Our company has more than once had to redo destroyed facades of houses that were installed using outdated technology for installing facades on mortar.
10 key advantages of ventilated facade technology:
1. Improved thermal insulation: The air gap between the facing material and the supporting structure significantly improves the thermal insulation properties of the building.
2. Increased protection against moisture: Natural ventilation helps to effectively remove moisture from the structure, preventing its accumulation and damage to materials.
3. Improved sound insulation: The ventilated facade helps reduce sound conductivity, which makes the building more comfortable for living and working.
4. Durability: By reducing the impact of moisture and other aggressive factors, buildings with ventilated facades have a longer service life.
5. Aesthetics: The ventilated facade allows the use of a variety of cladding materials, which expands the design possibilities of the building.
6. Energy efficiency: Thanks to improved thermal insulation, buildings with ventilated facades require less energy for heating and air conditioning.
7. Reducing the risk of fire: Ventilated facades can be made of fire-resistant materials, which reduces the risk of fire spreading throughout the building.
8. Ease of installation and repair: The design of the ventilated facade provides ease of installation and access to the load-bearing wall for repair work.
9. Environmental safety: Many facing materials used in ventilated facades are environmentally friendly and resistant to environmental influences.
10. Saving time and resources: A ventilated facade requires less installation time compared to traditional methods, which reduces construction costs.
Ventilated façade technology is becoming increasingly popular in modern construction due to its many advantages. Efficient ventilation, improved thermal insulation and durability make this installation method an attractive choice for a variety of building types. If you are planning to cladding a house and choosing technologies, you have no other alternative if you do not want to redo your facade in 5 years.