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Nexam Chemical Breakthrough: Enabling 100% Recycled Plastic in Food Packaging
Abstract
Nexam Chemical has taken a major step forward in the transition to a circular plastics economy. In its latest announcement, the company confirms successful industrial results with a Canadian customer using 100% recycled PET (rPET) in rigid food packaging - a milestone that moves the technology from promise to near-commercial reality.
This is not a lab experiment. It is a real industrial application where performance requirements are high, margins are tight, and alternatives are limited.
Why this matters
Recycled plastics have long faced a fundamental limitation: degraded mechanical properties. This has restricted their use in demanding applications like food-grade packaging. Nexam’s Reactive Recycling® technology directly addresses this challenge by restoring and enhancing material performance.
In comparative industrial testing, Nexam’s solution delivered superior results versus competing alternatives, demonstrating that high-quality packaging can be produced using fully recycled input.
From validation to commercialization
The project has now entered a late-stage phase ahead of commercialization, with an estimated initial annual value of approximately 6 MSEK. While modest in isolation, this represents a critical inflection point - proving scalability, customer adoption, and real-world viability.
More importantly, this is likely just the beginning:
- The application can scale across multiple production lines and geographies
- The technology can be applied to additional packaging formats
- Similar regulatory-driven demand exists globally
Why 100% recycled plastic is a game changer
- Cost advantage - Replacing virgin plastic reduces material cost and exposure to oil price volatility
- Regulatory edge - Exceeding recycled content requirements future-proofs customers against tightening legislation
- Commercial leverage - Enables access to large global brands demanding high recycled content
- Waste becomes value - Lower-quality recycled streams can be upgraded into high-performance materials
- No new CAPEX needed - Works in existing production setups, accelerating adoption
- Scalable upside - One successful application can expand across multiple products and markets
A structural tailwind
Markets like Canada are accelerating requirements for recycled content, with targets pushing toward 50% and beyond. The industry is under pressure to adopt solutions that work at scale - today, not in a distant future.
Nexam is positioning itself precisely at this intersection:
- Regulatory demand
- Cost pressure to replace virgin plastic
- Need for performance parity
The bigger picture
This breakthrough strengthens the case that additive-based solutions may be one of the fastest and most capital-efficient ways to scale recycled plastics usage globally.
Rather than rebuilding the entire recycling infrastructure, Nexam enables existing systems to perform better - unlocking higher value from the same waste streams.
Source: https://news.cision.com/nexam-chemical/r/nexam-chemical-advances-towards-commercialization-with-new-customer-in-canada-following-strong-indus,c4339132
Method
Not stated yet.
Caveats
Caveats · read these before using the number
No caveats stated yet. A figure without stated limits should be treated as a claim, not a measurement.
Cite this
Nick (2026). Nexam Chemical Breakthrough: Enabling 100% Recycled Plastic in Food Packaging. Nexam Insights /r/2b9d011c. Retrieved 18 Sep 2026.
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