Navigating Sustainability when Selecting Aluminium Cladding

Given the various attractions of aluminium cladding, its continued popularity for a range of applications is understandable. However, aesthetic and functional benefits are only part of the equation. Environmental considerations are also critical. This whitepaper discusses the key variables that contribute to the sustainability (or otherwise) of such products, helping specifiers make informed decisions about their material choices.

Human-Centric Lighting

Incorporating Human-Centric Lighting (HCL) into ceilings can have a profound impact on the day-to-day lives of occupants. When artificial light is synchronised with our natural circadian rhythms it can lead to improved sleep, mood regulation, and overall wellbeing. In this whitepaper, we illuminate the often-neglected physiological and psychological effects of lighting and look at how HCL systems can be seamlessly integrated into metal ceiling structures without compromising on design.

Combustible cladding and the state of facade design

The Lacrosse and Grenfell tower fires have had a lasting impact on the Australian construction industry. Following a nationwide investigation into combustible cladding, there is now greater scrutiny over facade design and the selection of cladding materials. This whitepaper examines the state of facade design in Australia: where are we now, what the current issues are, and where we need to be in the future.

Metal Ceilings for Retail Spaces

While the COVID-19 pandemic changed the world irrevocably, physical retail stores still retain their resilience and lasting appeal. Ceilings impact everything, from aesthetics, branding and ambiance to lighting, indoor comfort, and spatial organisation, which makes their design integral to achieving a retail space that customers will want to return to. This whitepaper discusses the advantages of fully integrated ceilings for retail environments.

Sustainable Design Considerations and Material Selection

The facade can account for up to 30% of a building’s embodied carbon footprint. In the face of climate change, future facades will need to not only deliver iconic aesthetics and weather protection but also drastically reduce the carbon footprint of the structure throughout its entire life cycle. Specifying sustainable facade materials is a crucial first step in accomplishing this objective.