Recycle With Us
From waste to advanced materials — built for industrial performance.Fairmat transforms carbon fiber composite waste into high-performance, fully traceable advanced materials that are cost-effective, scalable, and circular by design. Our process is simple, precise, and designed for seamless integration into your supply chain.
What We Recycle
Fairmat currently serves partners in the aerospace and windturbine industries in Europe and the US, with operations opening soon in Asia.
Accepted
Not accepted
Pre-impregnated CFRP
GFRP (Glass Fiber Reinforced Polymers)
Post-production scraps and cut-offs
Dry fibers
Cured CFRP composite parts
Mixed or contaminated waste
Our Process
No grinding. No burning. Just smart transformation.
WANT TO KNOW more about the process?
01. Assessment
We analyze your waste stream to verify compatibility with our process.
02. Mechanical Transformation
We use proprietary, low-energy cutting technologies to preserve fiber length and resin integrity — maximizing performance.
03. Chips and Material Production
The result is our signature modular unit that powers our next-gen materials.
04. Circular Reintegration
Chips are used to create FairPly™ and other high-performance materials that integrate directly into manufacturing lines.
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The Fairmat Advantage
Seamless
We handle logistics, material evaluation, and integration — no disruptions to your process.
Sustainable
Our technology emits 10 times less CO₂ than traditional methods. Plus, we go further with Infinity Recycling™ — our cold plasma tech that enables multiple recycling loops.
Scalable
With FairFactories in France and the US, and new capacity in development, we’re ready to meet global demand.
Infinity Recycling™
Most recycled materials aren’t recyclable. Ours are.
Fairmat’s patented Infinity Recycling process separates resin from fiber using cold atmospheric plasma — allowing us to recover and reuse our chips over and over again, with minimal emissions and zero material compromise.
We recover up to 90% of the original material, reducing total waste and cutting emissions to near zero over the product lifecycle.
