At Rosseni we transform the facades of your buildings into architectural masterpieces.
Contemporary architecture, constantly evolving in search of increasingly innovative and eco-friendly solutions, is embracing new technologies that promote not only aesthetics, but also sustainability and energy efficiency. Among the cutting-edge solutions, ventilated facades emerge as a true milestone, offering a combination of suggestive forms and functional design. This fusion of aesthetics and practicality not only redefines architectural standards, but helps create environments that can respond to modern needs, with a careful eye on reducing the impact on the surrounding environment.
Thermal and energy insulation: Ventilated facades contribute significantly to the thermal insulation of buildings, reducing energy costs related to heating and cooling. The air cavity between the external wall and the cladding panel acts as an insulating barrier, keeping the internal temperature more stable.
Reduction of thermal bridges: By eliminating thermal bridges, ventilated facades prevent heat loss through structural materials, improving the energy efficiency of the building.
Humidity control: Ventilation between the external wall and the cladding promotes air circulation, preventing condensation and reducing the risk of mold and moisture damage.
Customizable aesthetics: ventilated facades offer a wide range of aesthetic options. Materials and colors are customizable, allowing architects and designers to create buildings with a unique design.
Sustainability: Many materials used for ventilated facades are eco-friendly and recyclable, contributing to the environmental sustainability of buildings.
Aluminum: Lightweight and resistant, aluminum is a common material for the support structures of ventilated facades. It is also resistant to corrosion.
Ceramics: Ceramic slabs are widely used for ventilated facades. They are weather-resistant, durable and available in a wide range of colors and finishes.
Natural Stone: Materials such as marble, granite or slate give an elegant look to ventilated facades. They are also known for their resistance and durability over time.
Glass: Glass ventilated facades provide transparency and brightness to buildings. They are ideal for projects that aim to maximize natural light.
Wood: This construction system combines the elegance and naturalness of wood with the technical performance of ventilated facades. Natural ventilation reduces humidity, preventing the formation of mold. Wood, in addition to providing aesthetic warmth, offers excellent thermal and acoustic insulation.
Porcelain stoneware: an innovative and sophisticated solution for contemporary architecture. Porcelain stoneware is a ceramic material known for its resistance, durability and aesthetic versatility.
Preparation of the wall: The wall surface must be properly prepared, ensuring it is clean and smooth to ensure proper installation.
Support structure: A support structure fixed to the wall, usually made of aluminum, is installed. This structure supports the cladding panels.
Insulation and ventilation: An insulating layer is applied to the wall, followed by the creation of a ventilated air space between the insulation and the cladding panels.
Application of the panels: The cladding panels, which can be made of different materials, are then installed on the support structure to cover the wall.
Finishing and sealing: Finally, the finishing is done, sealing the joints between the panels to ensure water and weather tightness.
Ventilated facades are an option to consider to improve the energy efficiency and aesthetic appearance of modern buildings. With the right design and installation, these systems can contribute significantly to the sustainability and comfort of built environments.
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