The science behind Reactive Recycling™
Understanding why recycled plastics can perform — and why that changes the economics of recycling.
For decades, performance degradation was considered an unavoidable consequence of mechanical recycling. Reactive Recycling™ challenges that assumption.
The problem
Why recycled plastics lose performance
Mechanical recycling changes polymer structure. Over multiple processing cycles, polymers lose molecular weight, melt strength and processing stability. The result is a material that becomes increasingly difficult to use in demanding industrial applications.
For decades, this was considered an unavoidable consequence of recycling.
The mechanism
Reinforcing performance.
Instead of replacing existing recycling systems, Reactive Recycling™ reinforces polymer performance during processing, helping manufacturers recover the material properties required for stable industrial production.
By reinforcing molecular architecture during processing, Reactive Recycling™ helps restore the material properties that converters rely on for stable, efficient production.
Instead of accepting degradation, manufacturers can recover performance while increasing recycled content.
Built for the floor
Designed for industrial reality
Reactive Recycling™ was never developed as a laboratory concept. From the beginning, the focus has been industrial implementation.
- Existing equipment
- Existing production lines
- Existing recycling infrastructure
Because innovation only matters when it works where production happens.
The trajectory
Building the future of mechanical recycling.
Reactive Recycling™ is continuously expanding across new polymers, applications and industrial processes.
Every successful trial broadens the platform.
Every commercial implementation strengthens the category.
Every customer helps redefine what’s possible.
Science backed by industrial proof
The science is important. The industrial results matter even more.
Explore how Reactive Recycling™ performs in real-world production environments.