Our Mission
To transform the capacity of composite supply chains to meet the demands of a more complex and challenging global strategic environment – building a robust material foundation for next-generation systems across energy, aerospace and defence.
By deploying technology validated against the strictest technical criteria, Nandina REM is delivering mission-tailored materials beyond traditional applications and ensuring organisations embed resilience in their supply chains from the ground up, preparing them to meet current and future challenges.
A Revolution in Material Economics
Nandina’s model does not just improve performance — it fundamentally reshapes the economics of advanced materials.
Raw Material Cost | -90% ⬇ | No PAN precursor eliminates petrochemical input cost |
Conversion / processing cost | -50% ⬇ | Lower due to less electricity and processing compared to raw materials |
Energy Consumption | -70% ⬇ | Lower heat process enabled by solvolysis |
Capex Intensity — Current Scaling Phase | ~11–12% | No upstream precursor infrastructure means lower capital intensity |
Capex Intensity — Mature Phase | ~4–6% | No upstream precursor infrastructure means lower capital intensity |
Supply chain | -80% ⬇ | Two-month production cycle, against a 12-month lead times for virgin carbon fibre |
Our Capabilities
Nandina REM is the only company with demonstrated capability in providing aerospace- and defence-grade carbon fibre that is both performance-matched for the most extreme environments and built on traceable feedstock decoupled from traditional high-cost, oil-derived precursors.
We are addressing a critical manufacturing gap, delivering advanced materials engineered for the modern industrial frontier — where performance, precision, and resilience matter most.
Unmanned Systems (USV & UAV)
Carbon fibre solutions engineered for durability, stability, and performance across extreme and variable environments.
Digital Thread
(Alpha)
End-to-end material traceability that ensures every component meets aerospace and defence certification standards.
Distributed Sovereign Manufacturing (DSM)
Modular production systems that enable resilient, in-region manufacturing at the point of need.
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Advanced Composites (BMC/SMC)
High-performance carbon fibre compounds validated against the industry’s most rigorous failure frontiers.
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High-Purity Precision fibres (4–20 mm)
Precision-length fibres delivering ultra-low thermal expansion and material stability for mission-critical applications.
