In recent years, the National Construction Code has implemented increasingly stringent energy efficiency requirements to help mitigate the built environment’s impact on climate change. Architectural glass louvre systems are an invaluable tool for designers and specifiers to meet the growing demand for more sustainable, climate-sensitive buildings. A well-designed louvre system combines natural light and ventilation with automation technology to improve air quality, reduce heat and allow natural airflow within a building. In some applications, they can also form an integral part of the building’s smoke control system.

Open-and-shut case: Specifying architectural glass louvres for compliance and performance explores the essential compliance and performance considerations that ensure you will maximise the benefits of architectural glass louvres for your next project. First, we define architectural glass louvres and the basic components that make up this building element. We also look at the various design options available for architectural glass louvres. We then consider some of the key requirements for architectural glass louvres, including coverage of the relevant building codes and Australian standards that define their minimum design and performance specifications. Finally, we present one of Australia’s leading manufacturers in this area offering tried-and-tested solutions and a comprehensive turnkey service.

Based in Sydney, Melbourne, Brisbane and Auckland, EBSA Pty Ltd is a leading Australian manufacturer and supplier of window automation and operable facade systems including louvres. Driven by a strong focus on sustainability, EBSA offers the latest in window technology to deliver systems that support the natural flow of light and air in contemporary commercial, residential and educational buildings.

Download this whitepaper to learn about the essential compliance and performance considerations that ensure you will maximise the benefits of architectural glass louvres for your next project.