How Thermally Broken Balconies Cut Costs, Carbon, and Heat Loss in New Developments
AI Article Summary
Sapphire Balconies' thermally broken balconies reduce heat loss and improve energy efficiency in mid- and high-rise buildings. By integrating thermal breaks directly into balcony connections, these systems eliminate the need for thickened slab-edge insulation and extra thermal protection, streamlining construction processes and reducing costs. The lightweight, prefabricated design of these balconies also facilitates quick installation, minimizing labor and equipment needs while enhancing building performance. This advancement supports lower carbon emissions and meets stringent energy standards.
What This Means for Canadian Contractors
This project shows how integrating thermal breaks into balcony connections can streamline construction projects by reducing the complexity of detailing and minimizing material requirements. For Canadian builders, this means potential cost savings on labor and materials, quicker project timelines, and improved compliance with energy regulations. Additionally, the use of prefabricated systems supports efficient project scheduling and reduced congestion on construction sites.
