Circular and innovative cladding for the future

In a world where sustainability is increasingly central, Innodeen is delivering a revolutionary cladding product: DBP SIDING. This product, made entirely from secondary raw materials, promises a sustainable future for the facade industry. Marcel Willemsen, Commercial Technical Advisor at Innodeen, gives us a behind-the-scenes look at this product from an innovative material.

What makes DBP SIDING so special?

"DBP SIDING is not just any cladding," Marcel begins enthusiastically. "It is made of Compodeen WFC, a circular biobased composite consisting of 70% wood fiber and 30% polypropylene (PP). The wood fiber comes from unpainted scrap wood, end-of-life pallets and PEFC-certified residual streams, while the PP is selected from household PMD residual waste. By doing so, we are helping to reduce waste and promote upcycling."

Natural aging and sustainability

One of the unique properties of Compodeen, Marcel explains, is its natural aging without degradation. "Thanks to the large proportion of wood fibers in the material, Compodeen ages naturally. This gives it an authentic wood look without the risks of degradation." In addition, he emphasizes the sustainable aspects of DBP SIDING. "Compodeen is reusable multiple times and stores CO2 for at least a hundred years. This means that we not only offer a high-quality material, but also contribute to the fight against climate change through long-term CO2 storage."

Customization and efficiency in facade construction

Another key advantage of DBP SIDING is that it is delivered to size, minimizing construction waste. "We understand how important efficiency is in the construction industry," says Marcel. "By supplying the material to size, we not only help construction companies reduce their carbon footprint, but also save costs associated with handling excess material."

A revolution in the facade industry

Marcel is convinced that DBP SIDING will revolutionize the facade industry. "The combination of sustainability, reusability and efficiency makes this product truly unique. We see a growing demand for environmentally friendly materials and DBP SIDING meets that need perfectly." He adds that the positive feedback from the market is promising. "Construction companies and architects are excited about the possibilities offered by DBP SIDING. It is not only a step forward in terms of circularity, but also in terms of long-term CO2 storage and upcycling of residual waste."

Innovation at Innodeen

Innodeen is known for its innovative approach with sustainable materials, and DBP SIDING is a perfect example. "At Innodeen, we are constantly looking for ways to make the industry more sustainable," Marcel explains. "DBP SIDING is the result of research and development, and we are proud of what we have achieved." He emphasizes the importance of collaboration in this process. "We work closely with our partners and customers to ensure that our products not only meet the highest quality standards, but also respond to market needs. It is this collaboration that allows us to continuously improve and innovate."

Future Prospect

What does the future hold for DBP SIDING and Innodeen? Marcel is optimistic. "We will continue to invest in research and development to make our products even better and more sustainable. Our goal is to play a leading role in the transition to a circular economy in the construction industry." He concludes with a clear message: "DBP SIDING is more than just cladding. It is a symbol of what is possible when we combine innovation and sustainability. At Innodeen, we are committed to making a positive impact and DBP SIDING is just one example of that."

With DBP SIDING, Innodeen is taking an important step toward a sustainable and circular future in the facade industry. Thanks to its unique composition and environmentally friendly properties, the product offers a promising solution to the challenges of today and tomorrow.