A special type of insulation using the light dry method is the ventilated façade. It is applied both in the construction of new buildings and during the modernization of existing structures. This type of insulation and wall finishing is particularly recommended in the following cases:
Modern buildings: A ventilated façade perfectly complements modern architectural designs, allowing the use of various materials and shapes, which makes it possible to achieve a unique façade appearance.
Public buildings: In the case of public buildings such as office buildings, schools, or commercial facilities, a ventilated façade can fulfill aesthetic functions while simultaneously improving thermal and acoustic insulation and providing protection against weather conditions.
Modernization of existing buildings: A ventilated façade is also used during the renovation of existing structures, enabling improved thermal insulation and enhanced building aesthetics without the need for major structural reconstruction.
Buildings with specific climatic requirements: In regions with harsh climate conditions, a ventilated façade may be a preferred solution due to its ability to reduce moisture condensation and improve thermal insulation.
Energy-efficient buildings: A ventilated façade can be an integral part of buildings with high energy-efficiency standards, supporting thermal insulation and reducing energy consumption for heating and cooling.
Buildings requiring protection against mold and fungi: In buildings particularly exposed to moisture, a ventilated façade can be an effective solution, as the ventilation cavity helps remove moisture, reducing the risk of mold and fungal growth.
In summary, a ventilated façade is widely used in modern and public buildings, as well as in situations where there is a need to improve thermal insulation and moisture protection, while also fulfilling aesthetic and functional roles.
Features of a ventilated façade:
Double-layer structure: A ventilated façade consists of two layers – a load-bearing layer and an outer cladding layer, creating a ventilated cavity between them.
Materials: Various materials are used, such as composite panels, ceramics, stainless steel, or wood, allowing the façade to be tailored to the building’s aesthetics and function.
Ventilation cavity: It includes an open ventilation space that enables air circulation, reducing the risk of moisture accumulation and ensuring better thermal insulation.
Advantages of a ventilated façade:
Moisture protection: Thanks to the ventilation cavity, a ventilated façade reduces the risk of moisture condensation, supporting protection against mold and other moisture-related issues.
Thermal insulation: It provides effective thermal insulation, which can help reduce heating and cooling costs.
Aesthetics: A ventilated façade offers a wide range of design possibilities, enabling the creation of modern and visually attractive façades.
Disadvantages of a ventilated façade:
Costs: The initial purchase and installation costs of a ventilated façade may be higher than those of traditional solutions.
Reduced efficiency in extreme conditions: In certain weather conditions, such as extremely low temperatures, the ventilation cavity may reduce thermal efficiency.
Installation methods of a ventilated façade:
A ventilated façade is becoming an increasingly popular choice due to its numerous advantages and the ability to adapt to various architectural designs and building functions.