Framing the Future: How Super SHade 52S-1 Glass Shapes the Cradle Coast Campus

The University of Tasmania's Cradle Coast Campus in Burnie exemplifies a harmonious blend of innovative design and environmental sustainability. Central to this achievement is the strategic use of Super SHade 52S-1 on Clear Low-E Double Glazed Units (DGU) in the building's façade. This advanced glazing solution not only enhances the building's aesthetic appeal but also significantly contributes to its energy efficiency and occupant comfort.

Super SHade 52S-1: Combining Aesthetics with Performance

Super SHade 52S-1 is a high-performance glass characterized by its light grey tint, offering a Visible Light Transmittance (VLT) of 49%. This balance ensures ample natural light permeates the interior spaces while minimizing glare. The Solar Heat Gain Coefficient (SHGC) of 0.23 indicates excellent solar control, reducing the amount of heat entering the building and thereby lessening the reliance on artificial cooling systems. Additionally, the external reflectance of 16% and internal reflectance of 12% contribute to a neutral appearance, complementing the building's design ethos. 

Enhancing the Cradle Coast Campus Experience

The integration of Super SHade 52S-1 on Clear Low-E DGU within the campus's façade aligns seamlessly with the architectural vision of creating an open, light-filled environment. The building's design features a central courtyard surrounded by various functional spaces, promoting connectivity and interaction. The high-performance glazing plays a pivotal role in this setup by:

• Optimizing Natural Light: The selected glass allows sufficient daylight to illuminate the interiors, reducing the need for artificial lighting and creating a welcoming atmosphere conducive to learning and collaboration.

• Improving Thermal Comfort: By effectively controlling solar heat gain, the glazing helps maintain stable indoor temperatures, enhancing occupant comfort throughout the year.

• Supporting Sustainability Goals: The energy efficiency afforded by the glazing contributes to the building's overall sustainability, aligning with the university's commitment to environmental responsibility.

Incorporating Super SHade 52S-1 on Clear Low-E DGU into the Cradle Coast Campus façade exemplifies how thoughtful material selection can elevate architectural design, enhance user experience, and promote sustainable building practices.