| Appearance |
Fine brown to dark-brown rare earth oxide powder with high purity and excellent chemical stability |
| Chemical Composition |
Neodymium Oxide (Nd₂O₃) + Praseodymium Oxide (Pr₆O₁₁)
|
| Purity Grade |
≥ 99.95%
|
| Physical Form |
Fine Powder
|
| Properties |
- High-purity rare earth oxide blend (Neodymium & Praseodymium)
- Essential feedstock for NdFeB permanent magnet production
- Excellent consistency and low impurity levels
- Suitable for high-performance magnetic applications
- Stable oxide form for metallurgical processing
|
| Applications |
- Production of NdFeB permanent magnets
- Electric Vehicle (EV) traction motors
- Wind turbine generators
- Industrial automation and robotics
- Consumer electronics and high-efficiency motors
- Aerospace and defense applications
|
| Production Process |
- Derived from rare earth mineral concentrates (Monazite, Bastnaesite, Ionic Clay, etc.)
- Rare earth separation and purification process
- Solvent extraction and oxide precipitation
- Calcination to achieve high-purity NdPr oxide
|
| Market Value |
- Strategic raw material for the global magnet industry
- Critical component in EV and clean energy supply chains
- Strong demand driven by electrification and renewable energy sectors
|
| Packaging |
Export-grade moisture-resistant drums or bags
|
| Key Features |
- Purity: ≥ 99.95%
- Consistent quality for magnet manufacturing
- Suitable for metallization and alloy production
- Export-quality packaging and documentation
- Available for industrial and commercial quantities
|
| Applications in EV Supply Chain |
- Electric Vehicle traction motors
- E-bikes and electric scooters
- Wind turbines
- Servo motors
- Industrial automation systems
- Consumer electronics
|
| Industry Importance |
Primary raw material used to manufacture NdFeB permanent magnets, the most widely used high-performance permanent magnets in EVs, renewable energy,
and advanced industrial applications.
|
