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Products and systems designed to reduce carbon throughout the lifetime of a building.
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5,371 products with technical literature, drawings and more from leading suppliers of NZ architectural materials.
Case studies, new products and product news from leading suppliers of NZ architectural materials.
Blogs for architectural specifiers, offering product, design and business advice.
Products and systems designed to reduce carbon throughout the lifetime of a building.
Meeting Green Star and Homestar Targets with renewable energy.
This project sets new standards for sustainability in development and construction in New Zealand, targeting a 100% reduction in embodied carbon and six-star Green Star and five-star NABERS ratings.
At the heart of ColorCote's offering is MagnaFlow, which has a verified footprint of 14.40 kg CO₂-e/m² (0.55mm), and has been used on one of Aotearoa's most ambitious low carbon builds, The Living Pā.
The reclaimed Australian hardwood exterior cladding and interior wall linings from LMA provided a natural, low carbon choice that fit with the ethos of this nature-based early learning centre in Auckland.
Whichever way you cut it, reducing carbon is something we should all care about. And Kiwi company Vynco is quietly making progress with its lighting.
A powerful partnership proves that industrial developments can be both secure and sustainable.
How Moddex’s shift to locally sourced lower-carbon aluminium helps designers meet MBIE low-carbon goals, backed by third-party certification and clear LCA inputs.
New Zealand Steel is on the cusp of a major transformation that will reshape how steel is made locally and how architects can design with sustainability front of mind. At the heart of this shift is a state-of-the-art Electric Arc Furnace (EAF), which will allow steel to be produced with significantly lower carbon emissions.
Looking to create the perfect outdoor space without compromising on style, strength or sustainability? With Proframe Aluminium Deck framing paired with Dasso Ctech Decking, you can build smarter, faster and greener
Behind the award-winning design of B201 lies a quiet revolution in low-carbon construction; and timber is at the heart of it. Through precision manufacturing and the considered use of renewable materials, this landmark university redevelopment demonstrates how thoughtful design choices can meaningfully reduce embodied carbon without compromising architectural integrity.
Green roofs are fast becoming a key strategy in sustainable building design, offering both environmental performance and lifestyle benefits.
Cheops Holdings (a McKee Fehl subsidiary) took on the transformation of 135 Victoria Street into a ground-breaking residential development. The result? 108 apartments, a 7 Homestar rating, and a new benchmark for build-to-rent in Wellington.
Efaflex doors incorporate intelligent sensor technology that ensures the shortest possible hold-open times, minimising energy loss and contributing to reduced CO₂ emissions throughout the facility's operation.
Ebode Homes chose JSC TMT Taiga finished with JSC Scumble to support a high‑performance, low‑carbon show home with exceptional material longevity and climatic resilience.
Flooring has always been an essential element of great interior design. It must look good while providing exceptional performance and durability. But gone are the days when this was enough.
Reserve House in the Bay of Plenty showcases how BJELIN Woodura Hardened Timber unites the timeless beauty of wood with responsible use of natural resources, delivering verified low carbon performance.
Prolam’s innovative range of beams and bracing systems is proving structural timber’s strength as a versatile, cost-effective solution for more liveable, energy-efficient buildings.
Allproof’s 300mm clear opening commercial channel was selected for its sustainability, product performance and durability features.
Dekton by Cosentino combines design freedom with verified sustainability, offering a surface that is carbon neutral across its entire lifecycle.
A selection of innovative architectural products that utilise state-of-the-art science and clever engineering to make our built environment that little smarter, more efficient, more sustainable.
Energy-saving products that help reduce energy usage and power bills, while minimising the building's environmental footprint.
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