100% Recycled Rare-Earth Magnets Manufacturer
Build greener products without giving up magnetic performance. We produce recycled rare-earth magnets (recovered from end-of-life components) and manufacture them to your required grade, tolerance, coating, and magnetization pattern.
*Performance depends on target grade, alloying, process control, and application requirements.
Recycled Magnets for Sustainable, High-Performance Designs
Product OverviewWhat are recycled rare-earth magnets?
Recycled magnets are produced using rare-earth elements recovered from end-of-life products such as HDDs, motors, speakers, and other magnet-containing assemblies. The recovered material is purified, re-alloyed, and processed into new magnets to meet your magnetic and dimensional requirements.
- Suitable for OEMs targeting sustainability KPIs and supply chain resilience
- Supports custom geometries and magnetization patterns
- Works across motors, energy, electronics, medical and industrial systems
Where recycled magnets make sense
If you need stable mass production, clear compliance, and consistent performance, recycled rare-earth magnets can be a strong alternative to virgin-material magnets—especially when your design requires a balanced approach: performance + cost + sustainability.
- High-volume programs that benefit from stable sourcing
- Applications needing corrosion-protected magnets (Ni/Zn/Epoxy, etc.)
- Projects requiring defined inspection plans (flux map, pull force, adhesion)
Closed-Loop Process
Recovery → New MagnetsOur closed-loop route follows the core logic already on your current page: collect → purify → alloy/sinter → coating/magnetize. :contentReference[oaicite:1]{index=1}
Collection
Collect end-of-life products (HDDs, motors, speakers, etc.) containing rare-earth magnets.
Disassembly & Purification
Disassemble and purify to remove impurities and separate usable rare-earth content.
Alloying, Sintering & Machining
Alloy, sinter, and machine to achieve precision magnet forms with controlled performance.
Coating & Magnetization
Apply coating (Ni/Zn/Epoxy etc.) and magnetize (axial, diametral, multipole) as required.
Applications
Use CasesTypical application areas include electric motors, wind turbines, medical devices, acoustic systems, and wireless charging—matching what your current page lists. :contentReference[oaicite:2]{index=2}
Mobility & Energy
- Electric motors & drives
- Wind turbine generators
- Industrial automation systems
Electronics & Healthcare
- Wireless charging alignment modules
- Acoustic systems (speakers, transducers)
- Medical device components (per project requirements)
Specifications & Compliance
Technical Snapshot| Materials | NdFeB (recycled REEs), SmCo (optional) |
|---|---|
| Coating | Ni / Zn / Epoxy / Parylene |
| Tolerance | ±0.02 mm (standard) |
| Testing | Flux map, pull force, thickness, adhesion |
The above items reflect your current page specs and can be tuned to your drawing and inspection plan. :contentReference[oaicite:3]{index=3}
Quality & Compliance (typical)
- ISO 9001 (quality management)
- ISO 14001 (environmental management)
- IATF 16949 (automotive quality system)
- ISO 45001 (OH&S management)
- RoHS / REACH (per applicable requirements)
Listed items align with your current “Quality & Compliance” section. :contentReference[oaicite:4]{index=4}
SCS Recycled Content (SCS RC)
If you are showcasing SCS RC on this page, keep it crisp: focus on “recycled content verification / system certification / audit-based assurance”
and avoid over-claiming. Add your certificate image + number if you want maximum trust.
Send Your Inquiry for Recycled Rare-Earth Magnets
To quote quickly, include your drawing (STEP/DWG/PDF), working temperature, environment (humidity/salt spray), target performance (BHmax, Hcj), coating, and inspection requirements. This mirrors your current “Contact Us” guidance, but presented in a cleaner, conversion-focused way. :contentReference[oaicite:5]{index=5}
Phone and service footprint can be kept as-is: +84-364 680 288 · Dongguan · Suzhou · Jiangxi · Hong Kong · Vietnam. :contentReference[oaicite:6]{index=6}