Specification & Documentation Review
Identify material form, purity requirements, destination and supporting documents before confirming an order route.
Review documentationRare Earth Materials
From NdPr oxide for magnet production to dysprosium and terbium for high-temperature grades — rare earth materials with certified purity and complete traceability to Chinese mine sources.
Specify Composition & Delivery Form
Request the named oxide, metal or alloy with composition, purity, form, quantity and destination. Use the batch documentation to distinguish composition from application suitability.
- Material designation and impurity limits
- Delivery form, packaging and handling requirements
- Composition report, lot traceability and export documents
Product Range
Rare Earth Materials — Product Gallery
Product forms, uses and selection considerations. Final specifications are agreed for each project.
Neodymium Oxide
Composition, purity and impurity limits specified.
Praseodymium Oxide
Supplied to an agreed analytical specification.
NdPr Metal
Metal feedstock for the selected processing route.
Heavy Rare-Earth Materials
Material forms selected to the requested specification.
A Specification-Led Material Supply
Identify the required composition, purity, impurity limits and analytical documentation.
SELECTION GUIDEApplication selection notesExplore applications and requirements
Why Our Rare Earth Supply?
China is a major source of rare-earth materials. We review composition, documentation, availability and export requirements for the proposed order.
- ✓Certified purity — every lot analyzed by ICP-OES and XRF — certificate of analysis with full rare earth and impurity profile
- ✓Consistent sourcing — material from licensed Chinese mines and separation plants — no conflict or untraceable material
- ✓Complete portfolio — light rare earths (La, Ce, Pr, Nd) through heavy rare earths (Dy, Tb, Ho) — oxides, metals, and alloys
- ✓Supply stability — long-term contracts with separation plants insulate you from spot market volatility
Applications
| Application | Typical Spec | Why This Material |
|---|---|---|
| NdFeB Magnet Production | NdPr oxide/metal (99.5%+) | The primary rare earth input for neodymium magnets |
| High-Temp Magnet Grades | Dy₂O₃, Tb₄O₇ (99.9%) | Dysprosium/terbium additions for SH/UH/EH grades |
| SmCo Magnet Production | Sm₂O₃ / Sm metal (99.9%) | Samarium for samarium-cobalt magnets |
| Catalysts & Polishing | CeO₂, La₂O₃ (99.9%) | Cerium catalysts and polishing compounds |
| Phosphors & Glass | Eu₂O₃, Y₂O₃, Nd₂O₃ | Optical and luminescent applications |
Rare Earth Product Specifications
Certificate of analysis provided with every lot.
| Product | Form | Purity | RE Impurities | Typical Packaging | MOQ |
|---|---|---|---|---|---|
| NdPr Oxide | Powder (Pr:Nd ≈ 20:80) | ≥99.5% TREO | ≤0.3% total | 25/50 kg fiber drum | 500 kg |
| NdPr Metal | Ingot / chunk | ≥99.5% TREM | ≤0.1% total | 50 kg steel drum | 500 kg |
| Dysprosium Oxide | Powder | ≥99.9% TREO | ≤0.05% total | 25/50 kg drum | 50 kg |
| Terbium Oxide | Powder | ≥99.99% TREO | ≤0.01% total | 10/25 kg drum | 10 kg |
| Samarium Oxide | Powder | ≥99.9% TREO | ≤0.05% total | 25/50 kg drum | 100 kg |
Oxide vs Metal
Rare earths are supplied in two primary forms — choose based on your process:
- ✓Oxide — stable, easy to store and transport — but must be reduced to metal before alloying (requires high-temperature reduction your process may not have)
- ✓Metal — ready for direct alloying in vacuum induction furnaces — but oxidizes readily and requires inert storage
- ✓Alloys — pre-alloyed NdFeB or SmCo master alloys — the most convenient if you're melting magnet alloy
Quality & Compliance
Documentation supporting your supply chain requirements:
- ✓Certificate of Analysis — ICP-OES rare earth distribution, XRF purity, and loss on ignition for every lot
- ✓Traceability — from separation plant through our warehouse to your receiving dock — lot genealogy available on request
- ✓Conflict-free declaration — request the applicable sourcing declaration and supply-chain reporting scope for the selected material
- ✓Export compliance — material, destination, end use and the responsible supply route are reviewed before confirming the required export documentation
Factory Tour
Inside Rare Earth Materials Manufacturing
Rare-earth materials move through separation, refining, metal production, composition analysis and moisture-controlled drum packing.
4 process viewsProduct-specific manufacturing
1 inspection viewRelevant quality equipment
1 packing viewProduct-appropriate protection
End-to-end process visibilityManufacturing · inspection · packing documented in one focused route
Manufacturing processInspection & testingPacking & dispatch
Integrated Rare-Earth Processing
Large-scale equipment supports deep processing inside China's Baotou cluster.
Separation & Refining Plant
Multi-stage columns and piping separate individual rare-earth products.
Industrial Processing Complex
A global refining facility shows the scale of material-handling infrastructure.
Rare-Earth Metal Handling
Finished metal ingots are handled and visually checked before alloying.
ICP-OES Composition Analysis
Laboratory spectroscopy verifies elemental chemistry and impurity levels.
Moisture-Controlled Drum Packing
Sealed drums and inner liners protect rare-earth alloys during transport.
Manufacturing, inspection and packing photographs for this product family.Equipment route varies by material and geometryRemote video inspection available before shipment
Frequently Asked Questions
Do you export rare earth materials from China?
Export availability is reviewed for the exact material, specification, destination and end use. Required authorizations and customs documents must be confirmed for the proposed order before a shipment commitment is made.
What's the lead time for rare earth orders?
Standard products (NdPr oxide/metal) ship within 2–4 weeks for quantities under 1 ton. Heavy rare earths (Dy, Tb) may have longer lead times depending on market availability. We'll confirm lead time with your quote.
Can you supply to REACH / TSCA registered standards?
We supply to customers under both EU REACH and US TSCA frameworks. The applicable substance status and each party's obligations must be confirmed for the destination and supply route. Request the SDS, composition data and available supporting documents before order approval.
How do I know the material is what you say it is?
Every shipment includes a Certificate of Analysis from our in-house ICP-OES lab. For high-value or critical applications, we support third-party verification — send a sample from your received lot to any independent lab and we'll match our CoA against their results.
Traceability, Packaging & Supply Security
Lot Traceability & CoA
Every lot ships with a Certificate of Analysis — purity, rare-earth distribution and impurity levels — traceable from production to your dock.
Export-Ready Packaging
Sealed drums and bags with inert-gas or moisture protection as required; UN-approved packaging and dangerous-goods documentation where applicable.
Supply Security
Multi-source raw material procurement and buffer stock programs on request, with export compliance handled by our experienced trade team.
Have a Material Specification?
Send your spec — particle size distribution, purity, magnetic properties. CoA with every lot.