We developed production methods for PLA foils specifically tuned for PE applications — controlling molecular weight, crystallinity and surface finish to meet printability, adhesion and thermal constraints. The process yields foils exhibiting high tensile strength and transparency with lower embodied energy than conventional polymers. Compatibility tests with low-temperature UV/photonic sintering and aqueous formulations show good adhesion and dimensional stability. IP: process know-how; exploitation: dissemination via scientific articles.
Addressing target audiences and expressing needs
- Marketing Mentoring or Coaching
- Business plan development
- Collaboration
Industrial partners for substrate qualification, converters, OEMs for pilot products
- Other Actors who can help us fulfil our market potential
- Research and Technology Organisations
- Private Investors
R&D, Technology and Innovation aspects
Currently, the fabrication of biodegradable/recyclable biobased poly(lactic acid) films is at TRL5. We are seeking Public or private funding Institutions and Other actors who can help us fulfil our market potential.
Film extrusion and casting lines can be retooled to handle PLA with modest CAPEX. Localized production in EU film converters is feasible.
extrusion and casting recipes are transferrable with QC documentation.
renewable feedstocks and lower lifecycle emissions; end-of-life pathways (composting vs industrial recycling) to be defined
- Europe
