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The 2025 Australian Institute of Architects Awards have just wrapped up, and we’re pleased to share that five projects involving Tensile Design & Construct received recognition this year. These

The best architecture invites openness — light, air, and visual connection. Yet when it comes to safety barriers, these qualities are often the first to be sacrificed. Heavy glass

At Wentworth Falls Lake in the Blue Mountains, a new walkway and viewing platform has transformed the way the community can experience this unique landscape. Designed by Oculus for

Tensile solutions for schools include mesh barriers and facades designed for maximum fall protection and security of students and staff. While the word ‘security’ might conjure up images of

Stainless steel wire materials can be used to create fall protection barriers that look light and airy, while being highly robust, durable and compliant. But these tensile structures can

Making custom tensile structure projects come together requires a complex process that starts long before actual construction. At Tensile, we take a very collaborative approach with various teams during

Stainless steel cable tensioning systems often appear simple and effortless, but a huge amount of precision engineering goes on behind the scenes! Let’s take a look at what’s involved

Stainless steel tensile structures – such as green facades and walls and lightweight fall-protection barriers – can decrease a building’s carbon footprint in several ways. These include through reduced

Tensile architecture systems can contribute to public spaces in positive ways by not only prioritising safety, but also aesthetics. While these systems offer practical solutions for fall protection and

Stainless steel tensile mesh systems are a lightweight form of architecture using a tensioned material formed from wire-rope cables. These systems can be used in a diverse range of