Duke Energy Center
Project Overview / Detail
As the centerpiece of downtown, the multi-use tower is part of a cultural complex. The complex features three museums and a performing arts center, all small in comparison. The Duke Energy Center desired detail at ground level to complement its surroundings.
To trim the visual weight of the 1,500,000-square-foot tower, architects specified a building envelope of Reynobond® Composite Material and spandrel and vision glass. The Reynobond® 4mm FR Composite Material—specified with a neutral palette of Colorweld® 300XL Pearl White that was paired with white Brazilian granite and stainless steel accents—were used for corner details, exterior colonnades, recessed entry portals and the tapered crown at the roof, to define and balance the building.
Reynobond® Composite Material takes on a prominent role at the 48th story, where the glass walls slope inward toward the crown. The building corners rise into the air beyond the angular glass façade and reconnect through a metallic bridge that forms a sweeping horizontal sky window. The panels at the crown were challenging to fabricate due to their design. The design features a bond pattern that slopes downward toward a rainwater collection point.
Reynobond® Composite Material’s rigid construction, lightweight, high strength-to-weight ratio and superior flatness were instrumental in the installation. Access to the crown was limited by the geometry of the building. The unique sculpture at the crown could only be accomplished with metal. The flexibility of Reynobond® Composite Material allowed for experimental geometry to achieve the desired effect.
Batson-Cook Construction of Atlanta, GA
Miller-Clapperton Partnership, Inc., of Austell, GA
Juba Aluminum Products of Concord, NC
Reynobond® 4mm FR Composite Material
Back-Ventilate Rainscreen System & Exposed Sealant Attachment System
Support & Training
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