Capral Aluminium

The ABC project in Melbourne’s Southbank precinct represents a bold union of the national broadcaster’s multiple aims and responsibilities. With its bold style, internal and external openness and highly innovative use of technology, the ABC’s Victorian headquarters embodies socially responsible design. The central design theme of transparency is perfectly suited to the Capral curtain wall, window and door systems throughout. The building, which designer Cox Architecture characterise as fostering a ‘dynamic, integrated and visually transparent environment which promotes interaction across program teams’, also invites ‘greater public interest and participation’.

The term ‘adagio’ is an instruction to slow down and function at a leisurely pace, which makes it an appropriate name for the recently completed apartment complex. Designed by Hanssen Pty Ltd, minimalist design principles are apparent in the building’s sleek lines, as evidenced in the strong use of high-performance window systems, doors and balustrades; low-maintenance aluminium framing; and a simple linear design promoting an outward-looking connection to the environment. The affordability, strength, adaptability and quality of manufacture of the Capral Apartment Collection made it our ‘material of choice’ for the Adagio high-rise.

Renowned Melbourne architecture firm Denton Corker Marshall was responsible for designing the bridge’s striking appearance. ‘The design respects the site’s cultural heritage and environmental values, providing the physical and mental space to pause and reflect,’ says Neil Bourne, Director at Denton Corker Marshall. The elegantly twisting bridge connects both sides of Hobart’s broad entrance highway in a distinctive entry portal. This much-anticipated civic project’s major design feature is 180 metres of Capral aluminium sheeting, skirting the bridge.

Steve Domoney Architecture took on the challenge of designing a home for clients with children. This project came with a clear vision of a spacious family home, contemporary in line and warm in tone. The dining room has Capral AGS windows opening at exterior ground level to a fernery, while high-level Capral AGS 419 Flushline Framing System beyond the kitchen provides views to distant trees in the south-east. The formal lounge opens to a generous decking and garden behind.

The stadium’s innovative design – a collaboration between HASSELL, Cox and HKS – feels distinctly local, with architecture and landscaping that reflect the state’s proud sporting, cultural and Aboriginal heritage. Wrapping the stadium with a bronze facade made of anodised aluminium to reflect State’s unique geology, and intertwining it with LED lighting to show the home-team colours, is a testament to the engineering ingenuity. The façade colours reflects WA’s unique geology, with the browns and ochres representing the colours of the North West of Australia – the Kimberley region.

Nestled in the craggy splendours of New South Wales’ Snowy Mountains region, the stunning home innovatively employs every advantage of Schuco’s environmentally sustainable window and door suites. Henry and Kate Lance of Lance Workshop Architecture expands on Schuco’s key role in the project’s myriad standout features. While there were logistical challenges with installing the windows, they were all overcome. To make sure everything went according to plan when installing those hefty Schuco units, spider cranes were used on this challenging site to safely lift and install some of the larger window units securely into place.

Designed by Silver Thomas Hanley (STH) Architects, the structural additions provide four extra levels of useable space above the existing emergency department. As a construction-managed project, the design and construction teams were able to work in concert to ensure all specifications were correct and appropriate at every stage of the work. Having considered the project challenges, including site constraints, access and speed in which the project needed to be completed, CW175 was chosen for its flexibility, engineering and structural integrity.