Replace traditional plastic lamination with our water-based coatings. A solution applied superficially to ensure total recyclability without sacrificing resistance.

The smart alternative to PE lamination
Leave plastic laminates (PE) behind. Our water-based technology allows paper to maintain its natural recyclability.
Thermal resistance for coffee and cold drinks.
Safe barrier for soups, ice cream, and noodles.
The complete solution for sustainable packaging.
Understand the difference between the past and future of paper cups.
A plastic film (polyethylene) is adhered to the paper. This creates a hybrid material difficult to separate and recycle.
A functional liquid layer is applied directly onto the paper, like ink. The result is protected paper, but 100% repulpable.
Industrial performance with environmental conscience.
Eliminates the need for polyethylene lamination.
Complies with new sustainability regulations.
Safety and compliance guaranteed.
Certified by PTS (Europe). Recycles like standard paper.
FDA and EU approved for direct food contact.
Uses less material than traditional plastic films.

Compatible with your current production line.
Technical advice included to optimize your process.

PE Lamination vs. Water-Based Coating
| Cup with PE (Traditional) | Coaterex Cup (Innovation) | |
|---|---|---|
| Process | Plastic film lamination | Liquid coating application |
| Recyclability | Difficult / Expensive | Total (Like paper) |
| End of life | Landfill | New life (Recycled paper) |
Offer your customers what the planet needs.
What you need to know.
Yes. Unlike PE-laminated cups that require expensive separation processes, our cups are recycled in standard paper and board streams.
No. Our coatings are completely neutral and do not transfer odors or flavors to the content, guaranteeing the consumer experience.
Yes. Paper coated with our technology works on standard cup forming machines that use heat sealing or ultrasound.
Absolutely. It is designed to withstand high temperatures without degrading or losing its barrier properties.