Ventilated Façade – Sustainable Façade Solution
The ventilated façade is described as one of the most valued among the most sustainable facade companies in India. The reason for this is the outstanding thermal efficiency it achieves, as well as avoiding damp problems: this cladding device for buildings leaves an air chamber between the cladding material and the insulation, thus avoiding thermal bridges.
Simply stated, the ventilated facades achieve a physical distinction between the internal and outside of the structure, which ensures that whether it is hot or cold outside, the temperature will not be mirrored in the interior and, thus, an energy-efficient building will be obtained. This energy efficiency not only results in low energy bills in the mid to long term but also, among other benefits, the ventilated facades count on:
An important increase in noise insulation
Like thermal insulation, facade design manages to minimize noise levels, which translate into greater audible comfort for those who live or work in the house.
The characteristics of the ventilated façade make it more sustainable, resulting in less harm to the climate.
Increased Technical Durability
By avoiding direct radiation, harsh weather conditions, and dampness, materials are kept in good condition for longer periods and thus need less maintenance.
Building with a good balance: the forges are what support the weight of the façade, while the wall has just the function to maintain. This suggests a compromise of the distribution of the tasks of the various components that are done to sustain a safe house.
Revaluation of the price of the house: the cost of the facade design is greater than other forms of alternatives, but the fact is that choosing it would bring value to the property and should also, therefore, be seen as a potential investment.
Types of ventilated façades
The description of ventilated facades is as diverse as its materials, finishes, or the technical fixing of its tiles:
As far as materials are concerned, the facades of extruded ceramic tiles are typically very common, owing to their high protection and reliability in exterior cladding.
Porcelain stoneware is a highly regarded material since it has perfect tolerance and longevity for the exteriors. Stone facades often offer an undeniable attractiveness: marble, granite, or slates are products that are commonly used for ventilated facades which guarantee the elegance and longevity of the solution.
A metal ventilated facade is robust, sturdy and aesthetically pleasing. It adds more grandeur and character to the elevation. Moreover, Metal facades are timeless and highly sustainable. They provide optimum noise and heat insulation. Metal Facades made from copper, zinc and aluminum are energy efficient and have high endurance. If you are looking out for some state of the art look then you must consider metal facade as a long term facade solution.
If we look at the finishes of ceramic products, we will see a wide variety: from natural colours, where the entire piece has the same appearance, with enamelled, glossy, or special effect colours, and without ignoring the inkjet finish, where, with digital printing technologies, patterns are added where they resemble stone, wood or other materials to perfection.
The finishes can also be simple or textured: this last one offers very fascinating reliefs and projections on an architectural level, as it helps the facade companies in India to play with these details to improve the sustainability of their services.
Finally, the fitting of the tiles to the building may be carried out in several ways: by chemical fixing, by mechanical fixing, by fixing the rails, or by an aluminium structure. The choice of one or the other would depend, among other things, on the material selected for the project.
As we have already seen, ventilated facades designs boost this situation, making the property more sustainable and thus lowering the electricity bills. It is also worth taking advantage of the fact that the overrun losses are compensated in the mid to long term, even if this positive approach for buildings is more expensive to implement.