A ventilated facade is an external facade cladding system that provides optimal ventilation and protection for a building. This system consists of a facade cladding, supports and substructure that create an air space between the wall and the external cladding, thereby improving energy efficiency, reducing heat loss and increasing the longevity of the building.
A ventilated facade effectively regulates humidity and heat, improves interior comfort and provides a contemporary look to the building.
HEAT AND SOUND INSULATION
WEATHER PROTECTION
LONG LIFETIME OF THE FACADE
Creating a ventilated facade
The construction of a ventilated facade begins with the installation substructures, which provides stability and a basis for mounting all components. The substructure is mounted carriers which allow for secure attachment facade cladding, creating a ventilated space between the wall and the cladding.
Stability of the substructure for safe installation of facade coverings.
Substructure for ventilated facades
The FEAL substructure enables the creation of ventilated facades using various types of artificial and natural filling materials.
Ventilated facade cladding with an aluminum substructure consists of supports attached to the supporting structure of the building, vertical supporting aluminum profiles and facade cladding supports (visible or invisible, depending on the type of cladding).
- Division of the FEAL facade cladding system:
- facade coverings made of composite materials
- facade cladding made of trespa
- ceramic facade cladding
- stone facade cladding
- facade cladding made of aluminum profiles
- Technical characteristics of the system:
- base material: EN AW-6060
- resistance to wind impact: EN 1991-1-1
- surface treatment: DIN 17611
- quality control: DIN EN ISO 9001
Facade coverings for ventilated facades
Facade coverings for ventilated facades are available in different materials that enable high-quality protection and an aesthetically attractive appearance of the building. Each type of cladding offers specific advantages in terms of durability, energy efficiency and design.
- STONE
Ventilated stone facade provides exceptional strength, long-lasting appearance and high weather resistance, making it an ideal solution for elegant and durable facades.
- CERAMICS
The ventilated ceramic facade offers excellent resistance to moisture and high temperatures, ensuring a long-lasting, elegant appearance and high functionality in all conditions.
- ALUMINUM
The ventilated aluminum facade combines lightness, corrosion resistance and contemporary design, which ensures the durability and energy efficiency of every modern building.
- TRESPA
The ventilated facade with trespe cladding provides high resistance to impact, moisture and UV radiation, making it a durable and aesthetically appealing solution for exterior surfaces.
- COMPOSITE BOARDS
A ventilated facade with composite cladding provides exceptional strength, light weight and weather resistance, making it an ideal solution for modern and functional facades.
REFERENCE OBJECTS
Ventilated facades in architecture
The biggest advantage of ventilated facades is their versatility in design, as the facade cladding can take on almost any shape, from wavy to irregular, while the inner layers ensure excellent physical characteristics and durability.
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