MB-SUNPROF

Code: AL-MB-SUNPROF

The MB-SUNPROF system is a facade louvre system designed to address contemporary needs related to energy efficiency and the creation of modern, unique building facades. This system is specifically engineered for the construction and installation of facade louvre blades, which can be integrated with mullion-transom walls or used independently. It features aluminium profiles with an elliptical cross-section and accessories that serve as fasteners.

Description

Key Features and Benefits:

Energy Efficiency: The MB-SUNPROF system helps reduce energy consumption in buildings by minimizing heat transfer while allowing for sufficient natural light to create comfortable indoor environments. This is particularly important for cooling, which tends to be more expensive than heating.

Modern Design: The system is designed to contribute to the modern and unique design of building facades. Louvre blades can be integrated into the facade's aesthetic, enhancing its overall appearance.

Integration: Wall mounting brackets and fixing brackets enable direct integration of the louvre construction with various facade systems, especially those offered by ALUPROF S.A., or with the use of load-bearing sub-construction designed for this purpose.

Blade Adjustability: The system offers versatility by providing several types of blade end cap brackets. These brackets allow for the adjustment of louvre profiles to various configurations, each featuring different blade inclination angles.

Expansion Joints: To ensure proper operation and accommodate external factors like thermal expansion and building movements, the system incorporates expansion joints. These joints help compensate for movements along the axis of the louvre blade profiles, as well as assembly imperfections.

The MB-SUNPROF Facade Louvre System is a forward-looking solution that combines energy efficiency and modern design, making it suitable for contemporary architectural projects. By providing the means to control heat transfer and optimize natural light intake, this system contributes to the sustainability and aesthetic appeal of buildings.