Cu
Copper
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Live reference rate for windings, busbars, and conductors.
Material Price Monitor
This page brings together indicative pricing for key rare-earth oxides, rare-earth metals, and critical base metals relevant to magnet and motor supply chains.
Critical Metals
2
Copper and aluminium market references
Rare Earth Oxides
8
Nd, Pr, Dy, Tb, Ce, La, Gd, Sm
Rare Earth Metals
8
Metal forms for the same 8 elements
Last updated: Rare-earth references 5 Apr 2026, 5:30 am IST. Copper and aluminium live feed unavailable.
Market reference pricing for copper and aluminium, with INR approximation when the latest feed or fallback reference is available.
Cu
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Live reference rate for windings, busbars, and conductors.
Al
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Live reference rate for casings, housings, and structures.
Indicative reference pricing for rare-earth oxides used in magnet precursors, polishing, catalysts, ceramics, and related industrial applications.
Nd2O3
Core oxide precursor for NdFeB magnet chemistry.
Pr6O11
Supports magnet blends and polishing applications.
Dy2O3
Improves high-temperature magnet coercivity.
Tb4O7
High-value additive for thermal stability and phosphors.
CeO2
Widely used in polishing, catalysts, and glass finishing.
La2O3
Used in catalysts, optics, and alloy modification.
Gd2O3
Relevant to ceramics, shielding, and specialty additives.
Sm2O3
Connected to SmCo magnets and specialty ceramics.
Indicative reference pricing for rare-earth metals used in alloying, magnet chemistry, and specialty industrial demand.
Nd
Metal form used in magnet alloy production.
Pr
Used in metallic rare-earth blends and alloys.
Dy
Supports heat-resistant magnet and alloy systems.
Tb
High-value metal for specialist magnetic applications.
Ce
Common light rare-earth metal for alloys and additives.
La
Used in hydrogen storage, alloys, and catalysts.
Gd
Specialty metal for advanced alloy systems.
Sm
Supports SmCo magnets and niche alloy uses.
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Pricing Notes
Prices shown are indicative market references for informational purposes and do not represent Renocell offer prices. Copper and aluminium use the latest market feed available, with delayed or fallback references shown if the live quote is unavailable, while rare-earth materials are refreshed periodically from market references. INR values are approximate conversions from USD.
Material Context
Every material remains visible here even when a current price is unavailable. The cards below explain why each oxide, metal, or critical base material matters to permanent magnet, motor, and secondary raw-material supply chains.
Copper
Live reference rate for windings, busbars, and conductors.
Copper remains the primary conductive metal in windings, busbars, and electrical assemblies across EV and industrial supply chains.
Aluminium
Live reference rate for casings, housings, and structures.
Aluminium is widely used for lightweight housings, structural casings, and thermal-management components in motor systems.
Neodymium Oxide
Core oxide precursor for NdFeB magnet chemistry.
Neodymium oxide is a core precursor for NdFeB magnet production and a key benchmark for recovered magnet value chains.
Praseodymium Oxide
Supports magnet blends and polishing applications.
Praseodymium oxide is used alongside neodymium in high-performance magnet chemistry and in specialist polishing applications.
Dysprosium Oxide
Improves high-temperature magnet coercivity.
Dysprosium oxide supports thermal stability in traction and wind-power magnet systems where coercivity matters most.
Terbium Oxide
High-value additive for thermal stability and phosphors.
Terbium oxide is a high-value rare-earth additive used in thermal-stable magnet systems and specialist phosphor applications.
Cerium Oxide
Widely used in polishing, catalysts, and glass finishing.
Cerium oxide is a common light rare-earth material used in polishing, catalyst systems, and glass-finishing supply chains.
Lanthanum Oxide
Used in catalysts, optics, and alloy modification.
Lanthanum oxide supports catalyst, glass, and alloy applications across light rare-earth processing and recovery streams.
Gadolinium Oxide
Relevant to ceramics, shielding, and specialty additives.
Gadolinium oxide is used in specialty ceramics, shielding materials, and high-value additive applications in advanced materials.
Samarium Oxide
Connected to SmCo magnets and specialty ceramics.
Samarium oxide remains relevant to SmCo magnet chemistry and a range of specialty ceramic and optical applications.
Neodymium Metal
Metal form used in magnet alloy production.
Neodymium metal feeds directly into magnet-alloy production and remains central to NdFeB supply chain cost benchmarking.
Praseodymium Metal
Used in metallic rare-earth blends and alloys.
Praseodymium metal is used in metallic rare-earth blends for magnets, alloys, and specialist metallurgical applications.
Dysprosium Metal
Supports heat-resistant magnet and alloy systems.
Dysprosium metal is a strategic additive for heat-resistant magnetic materials and other high-performance alloy systems.
Terbium Metal
High-value metal for specialist magnetic applications.
Terbium metal is used where premium thermal or magnetic performance justifies a high-value rare-earth addition.
Cerium Metal
Common light rare-earth metal for alloys and additives.
Cerium metal is a widely available light rare-earth used in alloys, metallurgical additives, and process chemistry.
Lanthanum Metal
Used in hydrogen storage, alloys, and catalysts.
Lanthanum metal supports hydrogen storage materials, alloy modification, and catalyst-adjacent industrial applications.
Gadolinium Metal
Specialty metal for advanced alloy systems.
Gadolinium metal is a specialty rare-earth feed used in advanced alloys, electronics, and high-value material systems.
Samarium Metal
Supports SmCo magnets and niche alloy uses.
Samarium metal remains important to SmCo magnet production and a narrower band of specialty alloy applications.
Supply Strategy
Reference prices help frame sourcing discussions, but recycled-material supply still depends on chemistry, grade, qualification, and recovery efficiency. Renocell works directly with buyers to translate material specifications into practical supply plans.