Renewable raw materials with a direct impact on CO₂-reduction
It is important to emphasize that we work with genuinely renewable materials. This means polymers in which the raw material itself is renewable and/or bio-based—not conventional fossil-based polymers that merely contain added natural fibers or fillers. While such “hybrid” solutions may appear sustainable on paper, they often negatively impact recyclability at the end of the product’s lifecycle. By choosing truly renewable polymers, the material remains technically pure and better suited for reuse or recycling in a subsequent cycle.
By using renewable raw materials, you directly reduce the CO₂ footprint of your product. The origin of the raw material plays a crucial role: bio-based and renewable feedstocks absorb CO₂ from the atmosphere during their growth, resulting in a significantly lower overall climate impact compared to conventional fossil-based plastics. In many applications, CO₂ reductions of several tens of percent can be achieved—without compromising performance or processability.
Renewable compounds are technically fully equivalent to traditional materials. They are suitable for standard processing methods such as extrusion and injection molding and can be used as a direct replacement for virgin fossil-based materials. This enables you to make your products more sustainable without requiring changes to molds, process settings, or product design.
Importantly, renewable does not mean compromising on quality or reliability. Material properties remain predictable and reproducible, while you demonstrably work with raw materials that have little to no fossil origin. Combined with the right certifications and LCA validation, you can transparently demonstrate the actual environmental impact of your product to customers and stakeholders.
Our approach is also demonstrably assured. We operate in accordance with ISO 14001 and are independently assessed by EcoVadis. In addition, we are ISCC certified, meaning that the use of renewable raw materials is fully traceable throughout the supply chain. Through the ISCC mass balance system, renewable feedstocks can be accurately and verifiably allocated to specific compounds and products. This ensures that sustainability is not just a promise, but also substantiated and verifiable.
All our compounds are supplied with technical datasheets and batch-specific certificates of analysis.
