Industrial Plastics
Overview
Improving the Strength of Plastics
Carbon Upcycling improves the strength of plastics while sequestering CO2 at the same time. Whether we’re talking about plastic bags, car parts, tires, or watch bands, we provide a double-win. Our customers are actively incorporating our inert fillers into their products to meet new mandates from regulators, consumers and shareholders while making a more competitive product at the same time.
Plastics Additives
Performance Enhancements
Our plastics additives don’t just sequester CO2, they make plastics better! We’ve proven an ability to improve the strength of industrial plastics by 30% and have active customers adopting our technology in their processes.
Carbon Upcycling
How it Works
Our additives are developed by combining industrial byproducts such as graphite and talc. These additives act as an inert filler that can replace a percentage of plastic resin in all plastics, both sequestering CO2 and reducing the need for resin production.
Carbon Upcyling
Circular Benefits
We make existing post-consumer plastics more competitive with virgin materials, reducing the need for new plastics creation while also encouraging the use of post-consumer materials. By providing a 30% improvement in strength for post-consumer plastics, we help them live up to the standards of new materials.
Utilization of our technology is also helping reduce the production of plastic resins (and thus plastic waste), while also creating an opportunity for circularity in feedstocks.
Learn More
Interested in learning more or testing out our technology? We’re actively taking on new partnerships for new materials development.
Reach out below to receive our catalog of existing plastics materials