Primary rare earth production is geographically concentrated.
Circular Critical Materials
Permanent Magnet Recycling for a More Dependable Supply Chain
We recover rare earth elements, copper, and aluminium from end-of-life motors and industrial assemblies, then condition those streams into reliable secondary raw materials for magnet and motor manufacturing.
Market Context
The Constraint Is No Longer Demand. It Is Continuity.
Demand is scaling across EVs, wind, and industrial systems. Material risk is now about concentration, volatility, and recovery readiness.
Lead times for magnet raw materials are volatile.
Less than 1% of rare earths are currently recovered.
End-of-life magnets are increasing rapidly with EV adoption.
Closed-Loop Processing
From End-of-Life to Re-Entry
The value is not in collection alone. It is in controlled recovery and conditioning that can survive qualification and repeat procurement cycles.
Five-stage guided recovery path
Stage 1
Source and Intake
Incoming motors and assemblies are classified by source and composition profile.
Output: Tagged feedstock map
> > > >
What This Process Is Designed For
- Stage-gated handling to reduce cross-contamination risk
- Output conditioning aligned with downstream process windows
- Lot-level documentation to support qualification workflows
NdFeB stream control
Copper and aluminium recovery
Materials We Supply
NdFeB-Derived Rare Earth Materials
- Nd-Pr oxide fractions
- Dysprosium-bearing concentrates (where applicable)
- NdFeB master alloys
- Magnet-grade recycled feedstock
Copper
- High-purity copper suitable for electrical and industrial applications
- Sized copper granules/chops with controlled residual contamination for stable melt performance
Aluminium
- Clean secondary aluminium suitable for alloying and casting
- Grade-segregated aluminium fractions (wrought/cast) for predictable alloy chemistry
Technical Assurance
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Traceability
Input source mapping, stage tracking, and lot identification built into operational workflow.
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Compositional Stability
Recovery controls designed to reduce cross-contamination and preserve downstream consistency.
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Qualification Support
Specification discussions and sampling pathways aligned with customer onboarding processes.
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Supply Reliability
Multi-stage process design focused on repeatability over one-off recovery outcomes.
Material Price Monitor
Rare Earth & Critical Material Prices
Track indicative pricing for key rare-earth oxides, rare-earth metals, and critical inputs used across magnet and motor supply chains.
Last updated: Rare-earth references 5 Apr 2026, 5:30 am IST. Copper and aluminium live feed unavailable.
View full material pageCritical Metals
Market reference pricing for copper and aluminium used across electrical, structural, and thermal-management applications.
Cu
Copper
Live
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Live reference rate for windings, busbars, and conductors.
Al
Aluminium
Live
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Live reference rate for casings, housings, and structures.
Rare Earth Oxides
Indicative reference pricing for key rare-earth oxides used across magnet, catalyst, ceramic, and polishing applications.
Nd2O3
Neodymium Oxide
Indicative
Core oxide precursor for NdFeB magnet chemistry.
Pr6O11
Praseodymium Oxide
Indicative
Supports magnet blends and polishing applications.
Dy2O3
Dysprosium Oxide
Indicative
Improves high-temperature magnet coercivity.
Tb4O7
Terbium Oxide
Indicative
High-value additive for thermal stability and phosphors.
CeO2
Cerium Oxide
Indicative
Widely used in polishing, catalysts, and glass finishing.
La2O3
Lanthanum Oxide
Indicative
Used in catalysts, optics, and alloy modification.
Gd2O3
Gadolinium Oxide
Indicative
Relevant to ceramics, shielding, and specialty additives.
Sm2O3
Samarium Oxide
Indicative
Connected to SmCo magnets and specialty ceramics.
Rare Earth Metals
Indicative reference pricing for key rare-earth metals used in alloying, magnet production, and specialty industrial applications.
Nd
Neodymium Metal
Indicative
Metal form used in magnet alloy production.
Pr
Praseodymium Metal
Indicative
Used in metallic rare-earth blends and alloys.
Dy
Dysprosium Metal
Indicative
Supports heat-resistant magnet and alloy systems.
Tb
Terbium Metal
Indicative
High-value metal for specialist magnetic applications.
Ce
Cerium Metal
Indicative
Common light rare-earth metal for alloys and additives.
La
Lanthanum Metal
Indicative
Used in hydrogen storage, alloys, and catalysts.
Gd
Gadolinium Metal
Indicative
Specialty metal for advanced alloy systems.
Sm
Samarium Metal
Indicative
Supports SmCo magnets and niche alloy uses.
Live pricing data is temporarily unavailable. Showing the current material catalog state.
Prices shown are indicative market references for informational purposes. Copper and aluminium use the latest market feed available, with delayed or fallback references shown if the live quote is unavailable. INR values are approximate conversions from USD.
Who We Supply
We work with partners who value repeatability, documentation, and long-term supply alignment.
- Permanent magnet manufacturers
- Alloy producers
- Electric motor and generator OEMs
- Tier-1 automotive and industrial suppliers
- Wind and industrial equipment manufacturers
<1%
Rare earths currently recovered globally
5
Integrated steps from intake to supply
3
Material streams: NdFeB, copper, aluminium
1
Dependable circular partner for your chain
Let's Close the Loop
Choose the path that matches your team. Commercial discussions and technical qualification conversations can start separately.
Supply and Offtake Enquiries
For teams evaluating recycled feedstock continuity, sourcing diversification, and long-term commercial alignment.
Start Supply DiscussionSpecifications and Samples
For technical teams that need composition details, qualification context, and sample discussion.
Request Technical Details