Over the past 20 years, Durra Panel has been progressively specified across multiple projects at Melbourne Airport, including the T2 International Terminal extension, Qantas Terminal, multiple departure and bussing gates and most recently, the Airside Retail Concourse expansion. Each stage of development presented the highest levels of acoustic and operational complexity, and Durra Panel was continually selected for its proven performance in delivering both requirements.
Engineered to address high-level aircraft noise outside and the acoustic demands within crowded environments, Durra Panel systems deliver the dual benefits of noise and reverberation control, making them particularly well-suited to expansive, high-traffic spaces like airport lounges and busy terminal zones. The key is Durra Panel’s solid biomass core, which provides inherent sound transmission performance and significantly enhances the acoustic quality of internal environments, improving passenger comfort.
From a construction standpoint, airport developments and major works require extremely tight installation timelines and programs. The modular and trafficable nature of the Durra Panel system makes it ideal for these applications, where large sections of ceiling can be constructed at ground level and crane-lifted into place, pre-finished. This method of installation is safe and efficient at scale, an essential advantage when working within condensed project schedules.
Environmentally, the panels support the airport’s long-term sustainability targets. Manufactured using compressed straw, an agricultural byproduct that is rapidly renewable. Each panel offers a Global Warming Potential (GWP) of -19 kg/m², removing more carbon dioxide from the atmosphere than it emits across its entire lifecycle. With no added VOCs, resistance to mould and pests and high fire resistance, Durra Panel delivers a safe, sustainable and high-performance building system purpose-built for public infrastructure.
Melbourne Airport’s long-term integration of Durra Panel across multiple precincts reflects the product’s ability to deliver consistent acoustic, environmental and functional performance over time.
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