Large glass surfaces and increased light play a key role in contemporary architecture, where airiness and natural lighting create a pleasant ambiance and visually enlarge the space.
Aluminum sliding systems, which were once mainly used for terraces of catering facilities, are today used in a much wider range, from private residences to business premises, contributing to the aesthetic value and functionality of interiors and exteriors.
WARM PROFILES
Aluminum profiles with broken thermal bridge
A thermal bridge is an innovative plastic insert installed along the profile that serves to separate the outer from the inner part of the profile to prevent moisture condensation.
OPTIMAL INTERNAL TEMPERATURE
LOWER HEATING AND COOLING COSTS
SOUND AND HEAT INSULATION
These advanced systems allow for the installation of large glass surfaces, while providing superior thermal insulation and functionality. Thin and elegant aluminum profiles, in addition to their modern appearance, provide more natural light and improve the thermal efficiency of the space.
Innovation and functionality for better energy efficiency.
COLD PROFILES
Aluminum profiles without thermal break
Aluminum profiles with a thermal break are ideal for use in spaces where thermal insulation is not required, such as interior partition walls.
HIGH RESISTANCE TO MOISTURE AND CORROSION
LIGHT
CONSTRUCTION
NATURAL LIGHT AND TRANSPARENCY
These cold profiles provide the strength and durability of aluminum, allowing for stability and a modern look at a more affordable price.
In addition to being lightweight and easy to install, cold profiles require minimal maintenance and are corrosion resistant, making them an ideal choice for a variety of interior applications.
A modern and ideal choice for interior partitioning spaces.
Why choose aluminum sliding walls?
Sliding walls take up minimal space for opening and closing, while providing maximum openness to the outside environment. They are easy to maintain and multifunctional, adaptable to different types of buildings.
HIGH SECURITY
MULTIFUNCTIONALITY
RESISTANCE TO
WEATHER CONDITIONS
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