The Situation
Positioned prominently along Auckland’s Remuera ridgeline, 303 Remuera Road is a landmark commercial development designed by internationally renowned architecture firm Fearon Hay. Bold and contemporary in form, the building redefines its suburban context with a confident architectural statement. Serving as a flagship office for Bayleys Real Estate and a hub for surrounding businesses, the development is central to the ongoing commercial revitalisation of the Remuera town centre.
The Challenge
While the design ambition was clear, executing it came with a range of challenges. The building’s exposed location on the ridgeline required materials and systems that could withstand high wind conditions and variable weather patterns common to Auckland. Additionally, the premium specification called for a roofing solution that would not only complement the architectural design but also meet high-performance standards in thermal insulation, durability, and watertightness. With multiple trades working across three levels and a basement, along with being situated on a busy road in a high-traffic area, coordinating the roofing system installation to avoid delays was a critical constraint. Furthermore, the building’s role as a modern workplace required future-proofing the roof to accommodate equipment like solar panels —without compromising thermal or structural integrity.
The Solution
The team selected the Nuratherm Warm Roof System with Nuralite’s NPM900 metal tray for its performance, speed, and design compatibility. The NPM900 tray allowed for quick installation over steel purlins, reducing labour time and simplifying coordination. Nuratherm PIR insulation eliminated thermal bridging, improving energy efficiency and temperature stability. The robust two-layer Nuraply 3PM membrane provided durable waterproofing, while also enhancing the building’s modern aesthetic. The Nuralite Fixing Plate securely supported rooftop equipment such as solar PV arrays, without compromising the roof's insulation and waterproofing integrity. It also distributed loads evenly, protecting the roof structure and extending its lifespan. This solution met both aesthetic and building performance goals, ensuring long-term durability.
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