Plastic with a past. Built for what's next.
Industrial-grade pellets made from polylaminated beverage cartons. A polyethylene matrix reinforced with aluminium — engineered for pallets, profiles and durable goods.
Why manufacturers switch to PolyAl
Performance you can spec, sustainability you can prove.
100% post-consumer recycled
Every pellet starts as a beverage carton diverted from landfill or incineration. Real circularity, not greenwashing.
Aluminium reinforcement, naturally
Up to 13% mineral filler from the original packaging adds rigidity and dimensional stability — no extra additives needed.
Certified to UNE 53925:2026
Homogeneous 10-tonne batches with documented technical specs. Plug it into your existing extrusion or injection lines.
Resists cleaning chemicals
Independently tested to UNE 56875:2021 — passes intensive-use specs against bleach, detergents and floor cleaners.
How PolyAl compares
Built to outperform — at a fraction of the footprint.
| PolyAl | Virgin HDPE | WPC | Wood | |
|---|---|---|---|---|
| Origin | 100% recycled | Fossil | Mixed | Virgin |
| CO₂ footprint | Very low | High | Medium | Variable |
| Moisture resistance | Excellent | Excellent | Good | Poor |
| Chemical resistance | Excellent | Excellent | Medium | Poor |
| Recyclability | Yes | Yes | Limited | Limited |
A single beverage carton needs 500 years to biodegrade. We turn that liability into your next product.
Run the impact calculatorBuilt for industry
From pallets to profiles. Wherever durable plastics work, PolyAl works better.
Insights from circular manufacturing
Thinking on materials, sustainability and the industries that build with us.
What is PolyAl? The complete reference guide (2026)
PolyAl is the polyethylene-aluminium fraction recovered from used beverage cartons after paper extraction. Here is everything industrial buyers, recyclers and regulators need to know.
PolyAl recycling technologies compared: Palurec, Plastigram, Recon Polymers, GetPolyal
Four operators dominate European PolyAl recycling — and they take four very different technical paths. Here is how their processes, outputs and end-uses compare.
Selective dissolution-precipitation: the lab method that recovers near-pure PE from Tetra Pak®
Beyond mechanical washing and pyrolysis, a third route exists for PolyAl recycling — solvent-based selective dissolution. Here is how it works and where it fits in the industry.
Let's talk volumes
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