The installation phases
The installation of a ventilated wall requires precision and a correct execution sequence. We start from checking the wall support, with any reclamation interventions, and tracing the anchoring points.
The substructure, composed of aluminum, steel or treated wood profiles, is fixed to ensure a continuous gap of 30–50 mm.
This is followed by the installation of the high-performance thermal insulation, protected by breathable and waterproof membranes, with sealed joints to avoid thermal bridges. The ventilated space between insulation and cladding promotes the chimney effect, with calibrated openings and protection grilles.
The external covering, in resistant materials such as ceramic, HPL, metal or wood, is installed with visible or hidden fixing systems. The final check ensures the alignment, flatness and correct ventilation of the entire surface.
The advantages of a ventilated wall
The ventilated wall represents an advanced construction solution, capable of overcoming the performance limitations of traditional walls from a thermal, hygrometric, energy and environmental perspective.
From an insulation point of view, conventional walls offer performances dependent on the mass and conductivity of the materials used, which are often insufficient in the absence of adequate stratigraphy. The ventilated system, on the other hand, integrates insulating materials and a continuous air chamber, which activates a natural convective flow and contributes to the stabilization of internal conditions, reducing dispersions and improving the efficiency of the casing. In contexts subject to high humidity or temperature changes, traditional solutions are more exposed to condensation and infiltration phenomena. The internal ventilation of the ventilated wall allows the evaporation of water vapor, preserving the integrity of the materials and guaranteeing a healthy environment.
Energy optimization it is a further strong point: while classic walls often require auxiliary systems to control the microclimate, the ventilated system reduces passive thermal requirements, contributing to the operational sustainability of the building.
Protection from atmospheric agents is ensured by the external covering and the technical stratification, which shield the load-bearing structure and prolong its durability. Furthermore, the modularity of the panels allows rapid and non-invasive interventions, simplifying maintenance and aesthetic updating.
On an architectural level, the ventilated wall offers wide compositional freedom, with diversified finishes and materials that adapt to contemporary contexts and of high formal quality. The compatibility with recycled and certified materials strengthens its environmental profile, making it suitable for sustainability-oriented projects.
Finally, living comfort is significantly improved thanks to the passive regulation of temperature and the natural management of humidity, guaranteeing stable and favorable internal conditions in every season.
