Aluminum partition walls are the perfect solution for organizing space without the need for permanent walls.
These systems provide an elegant and functional way to separate spaces, while allowing for openness, airiness and natural light. With an emphasis on modern aesthetics and adaptability, aluminum partition walls are ideal for residential, office and commercial spaces.
Whether you are looking for fixed partitions for long-term stability or mobile walls for multi-purpose applications, FEAL systems adapt perfectly to your needs and space.
FLEXIBLE AND ADAPTABLE
Mobile partitions
Mobile partition walls are characterized by high flexibility and adaptability, which allows you to quickly change the configuration of the space according to your current needs.
SOUND INSULATION OF SPACES
SIMPLE SPACE RECONSTRUCTION
DEFINITION OF SPACE
These walls are ideal for multi-purpose halls, conference rooms and offices where frequent adjustments are required. Mobile walls are available with a thermal break, which gives them an additional advantage in energy efficiency and space comfort.
PERMANENT ORGANIZATION OF SPACES
Fixed partitions
Fixed partition walls are ideal for permanently defining spaces in residential, commercial and industrial buildings. These walls are stable, easy to maintain and allow for easy maintenance, while preserving natural light.
PERMANENT DIVISION OF SPACE
VISUAL CONNECTION OF SPACES
EASY MAINTENANCE AND DURABILITY
Without thermal breaks, they are suitable for interior spaces where thermal insulation is not essential. Fixed aluminum partition walls are an excellent choice for office spaces, shops, shopping centers and other spaces that require clearly defined zones, along with high aesthetics.
Why choose aluminum partition walls?
Partition walls take up minimal space when installed, while at the same time enabling efficient space division. They provide high functionality and flexibility, are easily adaptable to different types of buildings, and are easy to maintain.
EASY ASSEMBLY
EXCELLENT SOUND INSULATION
RESISTANCE TO
WEATHER CONDITIONS
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