CLADDING
Building cladding
Functionality and aesthetics combined
In the world of architecture and construction, coatings play an essential role in the building envelope. They perform a dual function: on the one hand, they protect and preserve the building structure from weathering and wear and tear; on the other hand, they make a significant contribution to the energy and aesthetic aspects of architecture.
The complexity of coatings
The subject of cladding is a complex one, because over the years technology has advanced both in terms of materials and installation techniques and in terms of functionality. Cladding, often associated with opaque surfaces, has become a true high-performance energy system. This is made possible by the air gaps created between the first layer (usually masonry or facade) and the cladding itself. This space allows for high energy performance.
Upholstery materials: an endless range of possibilities
Modern construction offers a wide range of cladding materials, both natural and synthetic, in a variety of forms and functions. Virtually any material can be considered a "cladding material," demonstrating the great flexibility available to designers and architects in their choices.
One of the most successful combinations in contemporary construction is that between ventilated facades and photovoltaic modules. This clever combination gives the building a dual energy contribution, active and passive. Ventilated facades, thanks to the gaps and spaces between the outer cladding and the main building structure, contribute to the building's thermal insulation, reducing heating and cooling needs. In addition, the possibility of directly integrating photovoltaic modules into the cladding allows solar energy to be used to power the building, reducing dependence on traditional energy sources.
Advantages of aluminum and clear glass cladding. There are several reasons why aluminum and glass cladding is a wise choice over traditional systems:
Transparency and brightness: these claddings create clear and open interior spaces, allowing natural light to penetrate and enhancing the interior environment.
Tailored design: buildings clad in aluminum and glass can benefit from contemporary and highly customized architectural design. Designers can take advantage of the wide range of possibilities to create aesthetically attractive and functional buildings.
Energy efficiency: the use of high-performance glazing and advanced insulation techniques can contribute to a building's energy efficiency by reducing energy consumption for heating and cooling.
Durability: aluminum and glass cladding are weather-resistant and require little maintenance, ensuring a long service life.
Environmental control: these systems can be equipped with environmental control solutions, including panel opening and solar shading systems.
Building cladding is an essential element of modern architecture, combining functionality and aesthetics. The possibility of integrating technologies such as photovoltaic modules into ventilated facades opens up new opportunities to optimize energy efficiency. The design challenge continues to push architects to seek innovative and versatile solutions to create exceptional and sustainable buildings.
CASE HISTORY
