ingeniamaysnip
Webinar

How to achieve recycle-ready multi-material barrier films using Ingenia novel compatibilizer INCIRCLE® IP1601

Webinar byIngenia
Ingenia Redefining Thermoplastics
  • 30 min
  • by

    MiaoMiao Xiao

Are you concerned about plastic pollution and the challenges of recycling multi-material packaging films? Join the experts from Ingenia to learn about the latest innovation – INCIRCLE® IP1601

INCIRCLE® IP1601 is a compatibilizer enabling the recycling of polyethylene (PE)/Polyamide (PA) and/or ethylene vinyl alcohol (EVOH) films with remarkable efficiency. With low letdown ratios, it preserves mechanical properties while incorporating significant percentages of PA6,66 or EVOH into the PE recycle stream. 

Recognized by the Association of Plastic Recyclers (APR) for recyclability, this technology empowers brand owners to uphold their sustainability commitments while maintaining packaging integrity and product freshness. Moreover, it offers a sustainable approach for film producers and converters, turning scrap materials into valuable resources. 

 

Ready to upgrade your packaging practices and contribute to a circular economy? Register for this webinar to learn more about how INCIRCLE® IP1601 can transform your approach to plastic packaging. Watch the recording now!
 

Presented by:
Length:

30 min

Why should you attend?

In this webinar you will learn...

  • The challenge of multilayer barrier film recycling
  • The role of compatibilizer
  • Performance of INCIRCLE® IP1601 as PE/PA and/or EVOH compatibilizer
  • Performance of INCIRCLE® IP1601 as PE/PET lamination film compatibilizer

Who should attend?

  • Formulators
  • Marketing Managers
  • Brand Managers
  • R&D Managers
  • Technical Managers


 

Presenters

headshot photo_MiaoMiao Xiao

MiaoMiao Xiao

Research Scientist

MiaoMiao Xiao is a Research Scientist at Ingenia Polymers Corp., focused on research and development of proprietary additive materbatches.  She has a PhD degree in Chemical Engineering from University of New Brunswick and holds a master’s in Polymer Processing Engineering and a bachelor’s in Polymer Material Science and Engineering from East China University of Science and Technology.  She has a variety of research experience with polymers, including masterbatch development, polymer modification, polymer materials processing, reactive extrusion, and polymer synthesis.