Little Redbirds Group

Silicone structural glazing (SSG) is an advanced curtain wall system where glass or other cladding panels are bonded to the building's aluminum frame using a high-strength, engineered silicone sealant as the primary structural adhesive. This method creates a smooth, flush exterior facade with expansive, uninterrupted views, as the heavy-duty silicone holds the glass in place against wind loads, seismic forces, and its own weight, eliminating the need for external metal pressure plates or exposed mechanical fasteners. The system relies on a two-part, high-modulus structural silicone, which cures to form an exceptionally durable, flexible, and weatherproof bond. This bond accommodates thermal expansion, building movement, and dynamic loads while maintaining a perfect seal against air and water infiltration.

The application of SSG requires meticulous engineering, testing, and installation. Panels are typically bonded in a controlled factory setting to a supporting frame (a "unitized" system) or sometimes on-site ("stick" system). The design involves precise calculation of joint dimensions, silicone bite (the depth of adhesion), and compatibility with all materials (glass, frame, insulation). SSG is the technology behind the sleek, all-glass facades of modern skyscrapers, corporate headquarters, and airports. Its key advantages over traditional mechanical systems are superior aesthetic clarity, enhanced thermal performance by reducing thermal bridging, and excellent long-term weathertightness. While the initial cost can be higher, the benefits of reduced maintenance, stunning aesthetics, and high performance have made silicone structural glazing the gold standard for high-performance, contemporary architectural enclosures.