Technological watch

AdvanSix Adds 100% Post-industrial Recycled PA6 Grades to Its Portfolio

AdvanSix has added 100% post-industrial recycled (PIR) grades to its portfolio of Aegis® PA6 Resins and Capran® Biaxally Oriented Polyamide (BOPA) films. The new products, which are the first of their kind for the company, offer customers a way to address their sustainability goals by incorporating into their end products without compromises or trade-offs on performance.
Food-contact Compliant Grades
The 100% PIR grades from AdvanSix have the same processability as their AdvanSix standard grade counterparts and are , making them ideal in applications with rigorous performance requirements or that are challenging to recycle.
Examples include food and medical packaging requiring Food and Drug Administration approval, bag-in-box beverage packaging and other food-contact-compliant applications, along with light-colored carpets and other products with stringent specifications for color or odor contamination. Incorporating PIR solutions from AdvanSix into the manufacturing process is straightforward, as there is no need for customers to requalify these new grades.
All PIR grades have been certified by SCS Global Services, and AdvanSix continues to evaluate the products’ environmental benefits through ongoing Life Cycle Analysis. Following nylon polymerization, AdvanSix recovers unreacted caprolactam from waste streams and recycles it 2 back into the nylon manufacturing process. Using an industry-accepted mass balance method, the recycled material is allocated into 100% PIR-grade Aegis® resins and Capran® BOPA films.
We are all on a journey to a more sustainable future. Our customers – and their customers – are increasingly focused on achieving their sustainability goals,” said Sarah Waller, vice president for Nylon Solutions at AdvanSix. “We are pleased to partner with our customers and support their journeys by offering an innovative PIR solution that customers can trust to incorporate recycled material content into their manufacturing processes and products, minimizing environmental impact.”


Publication date: 28/09/2021

Omnexus (news)


This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 870292.