Powder coatings with bio-attributed resins

AkzoNobel Powder Coating is strengthening the sustainability profile of its leading Interpon D architectural collections with the introduction of bio-attributed resins in European production locations. This enhancement applies to – Interpon D Futura, Anodic, Stone Effect, Natural Metals, Terracotta and Précis Ultra Matt and Interpon D2525 Low-E– collections trusted by architects for their durability, design freedom and long-lasting appearance.

The improvement has been made possible through a combination of using supplier-specific product carbon footprint (PCF) data and incorporation of bio-attributed resins in European production sites. These two levers result in up to 40% PCF savings on powder coatings versus the former carbon footprint calculated for these products.

The use of a supplier specific data approach acknowledges the investments made by suppliers to improve process and material efficiency, reduce energy consumption, and transition to renewable electricity - all contributing to a lower carbon footprint - and offers greater accuracy in carbon footprint calculations enabling better sourcing choices. Incorporation of bio-attribution of renewable raw materials using the mass balance approach further helps lowering the carbon footprint of these coatings. 

These Interpon D architectural collections are part of AkzoNobel Powder Coating’s Eco+ portfolio in EMEA, having met the data-backed sustainability criteria that define the Eco+ range. The Eco+ highlights powder coatings that help reduce their environmental impact without compromising durability, appearance or cost – making it easier for architects to choose coatings that align with their sustainability goals. 

Their inclusion reflects how bio-attributed materials support more responsible sourcing of materials - while also preserving the durability and aesthetic consistency essential for architectural projects. 

“The introduction of bio-attributed resins into these iconic Interpon D collections is welcome news to architects and fabricators who want to reduce the environmental impact of their projects without changing the finishes they know and trust,” says Jorrit van Rijn, Marketing Director, AkzoNobel Powder Coatings. “The Interpon D collections have been favourites for years. Incorporating bio-attributed resins allows us to make them even more sustainable while keeping everything our customers value exactly the same. 

This is sustainability that powers progress,” van Rijn adds. “It’s a practical way for architects to own their impact — with no additional cost and no compromise on appearance or durability.” 

“Our R&D teams continue to advance powder coating technologies to help meet emerging customer needs and evolving regulations,” he says. “By selecting these advanced ranges, architects not only unlock world-class designs, but also contribute to a more sustainable built environment – embodying AkzoNobel’s belief that true progress means delivering beauty, performance and sustainability together.  

This development is part of AkzoNobel Powder Coating’s broader “Own Your Impact” approach to accelerate sustainable innovation across its portfolio, reflecting its Value-Driven Sustainability belief that performance and purpose go hand in hand.

Notes to editors:

The mass balance bio-attribution process itself works on principles similar to buying green electricity: while you can’t identify which electrons come from renewable sources, your purchase increases the overall share of renewables in the grid. In the same way, for Interpon’s powder coatings, independent certification schemes such as ISCC PLUS and REDcert² verify that a defined share of renewable or recyclable feedstocks is attributed to specific products or batches, even if it isn't physically identifiable in the final coating product.