Blog

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

Tensile architecture projects such as barriers on bridges and elevated walkways can provide people with an open-air experience in complete safety. But they can go even further by transforming

Ecological tensile systems can help boost sustainability and support species diversity, helping create thriving urban ecosystems. Here’s why this is important and how green tensile structures such as green

Cable architecture systems are utilised today in all kinds of construction – from atriums and bridges to catenary lighting and hanging gardens. At Tensile, we have used stainless steel

While cable architecture solutions have typically been about safety barriers, they have evolved way beyond this traditional role. These days, cable architecture often incorporates transformative elements that lead to

Tensile is proud to have contributed to an award-winning school design! One of our projects has taken out top honours at the 2024 Victorian School Design Awards, with another

The right protection barriers can make infrastructure installations such as public footbridges safer, without compromising on design. At Tensile, we have designed and installed many stainless steel Webnet mesh

The Tensile team has installed many roof fall protection systems for elevated sports courts in high-rise schools. It’s crucial that the materials for these systems provide robust safety, while