A second life for plastics: How Elastollan^® RC is driving circularity 

At BASF, sustainability is more than a goal – it’s a mindset. With Elastollan^® RC, we’ve reimagined how thermoplastic polyurethane (TPU) waste can be transformed into high-performance materials again. Through mechanical recycling, we’re not just reducing waste – we’re creating new value.  

From waste to high-performance material 

Elastollan^® RC is made using post-industrial TPU waste that is mechanically recycled. The material is collected, sorted, shredded, and reprocessed – without altering its chemical structure.

At BASF, we don’t just recycle – we upcycle. Unlike chemical recycling, which requires breaking down polymers into their base components, mechanical recycling retains the polymer structure. Elastollan® RC could consist of up to 100 % recycled content depending on the grade – while the mechanical properties remain stable and reliable.  This makes it ideal for clean, sorted waste streams – especially post-industrial waste from production processes.   

Through controlled processing and formulation expertise we elevate the value of the recycled material. This approach reduces waste but creates an alternative to fossil-based TPU, supporting circularity and performance.

Empowering sustainable construction through transparent emission data 

Select Elastollan^® RC grades are produced under ISCC+ (International Sustainability & Carbon Certification) certified conditions, ensuring traceability and compliance with international sustainability standards. This gives customers confidence that their materials are not only high-performing but also responsibly sourced.