Designed by Perkins&Will, the University of North Carolina -- Marsico Hall in Chapel Hill, NC, features Schüco's ALB (Aluminium Louvre Blades) sun shading system and façades.
The Schüco ALB sun shading system introduces an innovative approach to dynamic sun shading and aesthetically pleasing façade design. Featuring large louvre blades with linear drive technology, this system offers optimal solutions for architects and specifiers seeking the perfect balance between functionality and visual appeal. The diverse range of louvre blades, available in hollow, rectangular, and parallelogram designs, including a cutting-edge "high-tech" option, provides architects with maximum design freedom. These blades not only contribute to architectural aesthetics but also meet the highest standards in comfort and light penetration. Adjusting the angle of the louvre blades allows reliable protection against overheating caused by direct solar radiation, offering a dynamic response to changing sun positions.
A standout feature of the "high-tech" option is its load-bearing profile with a planar surface, facilitating the attachment of various former sheet metal blades, with or without perforation. This solution significantly reduces the fabrication workload through profile-integrated screw ports and the utilization of system axes. The ALB sun shading system, equipped with tested Schüco system components, ensures secure and straightforward attachment to Schüco façades and existing substructures. The active large louvre blades, available in various basic depths, can be installed horizontally or vertically, regardless of wind conditions, and can be turned by up to 110-degree using linear drives. This innovative system seamlessly integrates functionality and design, providing architects with a versatile and efficient solution for sun shading and façade enhancement.
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