Rare earth magnets, particularly neodymium iron boron (NdFeB), contain critical materials that are energy-intensive to mine and process. As electric vehicles, wind turbines, and electronic devices reach end of life in growing volumes, magnet recycling has become an important part of the rare earth supply chain strategy for manufacturers and governments seeking to reduce dependence on primary mining. Magnet recycling services recover rare earth materials from scrap magnets, manufacturing waste, and end-of-life products for reprocessing into new magnet alloys or other applications.

What to Look for in a Magnet Recycling Partner

• Material acceptance — Confirm what forms of magnet scrap the recycler accepts — loose magnets, assemblies, swarf, sludge, or end-of-life products — and whether they handle both NdFeB and samarium cobalt materials.
• Recovery process and yield — Recycling processes vary in how much rare earth content is recovered and in what form. Ask whether the output is reprocessed into new magnet alloy, separated into individual rare earth oxides, or used in lower-grade applications.
• Pricing and settlement — Magnet recycling is typically priced based on rare earth content and current market values. Understand how material is assayed, how pricing is calculated, and what deductions apply for processing costs.
• Regulatory compliance — Handling and transporting scrap magnets and rare earth materials may involve hazardous material regulations depending on form and volume. Confirm the recycler operates in compliance with applicable environmental and transportation regulations.
• Chain of custody documentation — For defense contractors and manufacturers with material traceability requirements, confirm the recycler can provide documentation supporting your compliance obligations.