Innovative business partnerships: Crafting connections with you

From supporting pioneering projects like the Sonnenwagen solar race car from Team Sonnenwagen Aachen to future mobility concepts such as the People Mover from UE | Studios, we combine high-performance polymers with circular economy ambitions to shape more sustainable industries together with our partners. The transition to a circular economy requires collaboration across industries, value chains, and regions. We work with partners from business, science and policy to develop innovative solutions for recycling, alternative raw materials and sustainable mobility. We promote transparency, resource efficiency, and cross-sector innovation to accelerate the shift toward a more circular and climate-neutral future.

More than 200 Customer Case Studies demonstrate the real-world impact of our advanced material technologies under demanding conditions.  Long-term partnerships are built on trust and shared innovation goals. Discover how collaboration with us creates measurable value and what makes us a trusted partner for innovation!

Innovation happens together

Great innovations are rarely achieved alone. From autonomous public transport and solar-powered racing to leadership perspectives on the future of collaboration, discover how expertise and shared ambition help turn ideas into impactful solutions!

FAQs

A: An innovation partnership with Covestro reduces development risk through early problem definition, material science expertise, and rapid prototyping and testing. It offers a clear path from lab to scale-up with reliable global supply, while IP-secure collaboration, predictable costs and timelines, and access to circular and high-performance materials help future-proof products.

A: Sonnenwagen Æthon incorporates a wide range of Covestro materials, including chemically recycled polyurethane foam and mechanically recyclable breathable TPU cushioning for the driver’s seat, mass-balanced Vulkollan® elastomers for shock damping, and impact-resistant polycarbonate for lighting. Partially bio-based PU coated textiles for grip and a room-temperature-curing coating contribute to the vehicle’s performance. In addition, more sustainable polycarbonate supports heat management in LED systems.

A: Corporate partnerships at Covestro turn circularity from a materials choice into a system change. We co-design products along design for circularity principles (e.g., design for disassembly and -recycling, mono-materials, drop-in recyclate grades), secure certified circular feedstocks at scale (ISCC+ mass-balance, bio-attributed, chemically recycled), and develop mechanical/chemical recycling technologies to close loops. Transparency on life cycle and carbon data, the development of digital material passports, and joint qualification enable like-for-like substitutions without performance or compliance surprises.

A: During co creation you typically get direct access to our application and material scientists, process and simulation engineers, and regulatory and sustainability experts, typically via a dedicated technical lead, focused design sprints, and lab prototyping support under NDA/IP secure frameworks. 

A: You’ll find customer testimonials and case studies here and reference projects, and joint announcements with customers here.