The rare earth magnet recycling companies leading commercial-scale recovery in 2026 span three distinct models: dedicated recycling specialists using hydrogen or hydrometallurgical processes, integrated miners closing the loop on their own magnet output, and government-backed reshoring ventures racing to scale NdFeB recovery outside China. Cyclic Materials, HyProMag and MP Materials have each moved from pilot to commercial-scale production this year, while several rivals remain at feasibility or early-commissioning stage.
How We Ranked the Top 10 Rare Earth Magnet Recycling Companies
Ranking is based on confirmed commercial-scale processing capacity, named offtake or supply agreements, and verified 2026 production or funding milestones — not pilot announcements alone. Companies still at feasibility stage are noted explicitly rather than presented as operational.
1. Cyclic Materials — Canada
Toronto-based Cyclic Materials uses its proprietary MagCycle and REEPure hydrometallurgical processes to recover mixed rare earth oxides (MREO) from end-of-life magnets, EV motors and MRI machines. The company closed a $75 million Series C round in January 2026 and is investing more than $82 million in a McBee, South Carolina campus with planned capacity of 6,000 tonnes of magnet material annually. A 10-year exclusive agreement with Vacuumschmelze covers 100% of magnet production scrap from VAC’s Sumter, South Carolina facility, and Cyclic also has a feedstock supply deal with Neo Performance Materials’ European operations.
2. HyProMag (Maginito / Mkango Resources) — UK & Germany
HyProMag, wholly owned by Maginito, a subsidiary of Mkango Resources (TSXV/AIM: MKA), commercialises patented Hydrogen Processing of Magnet Scrap (HPMS) technology. Its Tyseley Energy Park plant in Birmingham opened officially in January 2026 — the first commercial sintered rare earth magnet production in the UK in 25 years. A second plant in Pforzheim, Germany completed first commissioning runs in April 2026, fully permitted for up to 750 tonnes per annum of NdFeB magnets and alloys. HyProMag reported its first commercial revenue in Q1 2026 — approximately $51,600 from 4.1 tonnes of recycled NdFeB powder — and is collaborating with Siemens on recycled-magnet motor components.
3. MP Materials — USA
MP Materials (NYSE: MP) operates the Mountain Pass mine and is building a dedicated recycling line there under a $500 million, long-term supply agreement with Apple, announced in July 2025. The deal commits MP to producing magnets at its Independence facility in Fort Worth from 100% recycled feedstock, including post-industrial and end-of-life material. As of Q1 2026, MP had received $72 million of an agreed $200 million in Apple prepayments; magnet shipments to Apple are targeted to begin in 2027, not yet in commercial supply.
4. Noveon Magnetics — USA
San Marcos, Texas-based Noveon Magnetics (formerly Urban Mining Company) manufactures EcoFlux NdFeB magnets using a hydrogen decrepitation and re-sintering process built around recycled feedstock. The company closed a $215 million Series C round in January 2026, led by a $200 million investment from One Investment Management, and has signed supply and recycling agreements with Solvay, LG Electronics and Kangwon Energy. Noveon has also received U.S. Department of Defense funding support.
5. Geomega Resources — Canada
Geomega Resources develops ion-selective resin (ISR) recycling technology for end-of-life NdFeB magnets, positioning itself as a Quebec-based alternative to chemical-solvent extraction routes. The company’s process targets recovery of individual rare earth oxides rather than a mixed concentrate, aiming for a shorter route to magnet-grade material.
6. Phoenix Tailings — USA
Phoenix Tailings, based in Massachusetts, uses a zero-acid hydrometallurgical process paired with molten salt electrolysis to recover neodymium and dysprosium from mine tailings and industrial scrap. Backers reportedly include BMW, Sumitomo and the U.S. Department of Energy, with pilot output of roughly 200 tonnes per year and a stated target of scaling toward 4,000 tonnes per year. ⚠️ These figures are drawn from third-party industry reporting rather than direct company confirmation and should be verified against Phoenix Tailings’ own disclosures before publish.
7. Vulcan Elements — USA
Vulcan Elements is building domestic NdFeB magnet manufacturing and recycling capacity, including a planned “Polaris” facility in North Carolina reported at roughly $1 billion in investment. The company holds government contracts supporting Western magnet supply chain build-out and already runs small-scale commercial manufacturing and R&D operations.
8. Shin-Etsu Chemical — Japan
Shin-Etsu Chemical has long-running in-house rare earth magnet recycling operations at its Japanese and Vietnamese plants, recovering material from manufacturing scrap using solvent extraction. ⚠️ STATUS UNVERIFIED — based on training data and third-party summaries only; current operational scale and 2026 status should be confirmed via live search before publish.
9. Energy Fuels — USA
Energy Fuels has adapted its White Mesa Mill in Utah to process monazite sands and, according to industry reporting, has worked to qualify recycled light and heavy rare earth elements for magnet-grade feedstock. ⚠️ STATUS UNVERIFIED — Energy Fuels’ core business is monazite processing rather than magnet recycling specifically; this claim was not independently confirmed via live search this session and should be checked before publish.
10. Redwood Materials — USA
Redwood Materials, founded by Tesla co-founder JB Straubel, is primarily a lithium-ion battery recycler but has expanded into broader critical mineral recovery, including materials relevant to magnet supply chains, backed by close to $5 billion in total funding. Its core rare earth magnet recycling volumes remain smaller than its battery-materials business — included here for scale and funding context rather than NdFeB-specific leadership.
| Company | Country | Process | 2026 Status |
|---|---|---|---|
| Cyclic Materials | Canada | Hydrometallurgical (MagCycle/REEPure) | Commercial — $82M SC campus, Series C closed |
| HyProMag | UK / Germany | Hydrogen Processing of Magnet Scrap | Commercial (UK), commissioning (Germany) |
| MP Materials | USA | Recycling line at Mountain Pass | Building out — Apple shipments targeted 2027 |
| Noveon Magnetics | USA | Hydrogen decrepitation + re-sintering | Commercial — $215M Series C closed |
| Geomega Resources | Canada | Ion-selective resin (ISR) | Development stage |
| Phoenix Tailings | USA | Zero-acid hydrometallurgical + molten salt electrolysis | ⚠️ Pilot — verify scale-up claims |
| Vulcan Elements | USA | Magnet manufacturing + recycling | Small-scale commercial; Polaris facility planned |
| Shin-Etsu Chemical | Japan | In-house solvent extraction | ⚠️ Unverified this session |
| Energy Fuels | USA | White Mesa Mill processing | ⚠️ Unverified this session |
| Redwood Materials | USA | Battery + critical mineral recovery | Commercial (battery-led) |
The Outlook for Rare Earth Magnet Recycling Companies
Government backing is now the dominant funding signal across rare earth magnet recycling companies: U.S. Department of Defense support for Noveon, European Critical Raw Materials Act designations for HyProMag’s Songwe and Pulawy-linked projects, and direct equity in MP Materials all point to recycling capacity being treated as a national-security asset rather than a purely commercial bet. The next 12 months will separate companies running at commercial tonnage — Cyclic, HyProMag, Noveon — from those still converting feasibility studies into operating plants. For sourcing on production data, see USGS Rare Earths Statistics and primary disclosures from MP Materials’ investor relations.
For the broader recycling and circular-economy picture beyond magnets specifically, see REM’s Top 10 Rare Earth Recycling Companies and Rare Earth Recycling 2026: The Rise of Urban Mining and Circularity. Country-specific build-out is covered in REM’s UK and Germany rare earth recycling pages.
Who is the largest rare earth magnet recycling company?
Cyclic Materials and HyProMag currently operate the largest verified commercial-scale rare earth magnet recycling capacity outside China, with multi-site operations across North America and Europe. Scale leadership is shifting quickly as several rivals move from pilot to commercial production.
What is the difference between short-loop and long-loop magnet recycling?
Short-loop recycling demagnetises and reprocesses magnet scrap directly into new magnet powder without fully breaking it down chemically, saving energy. Long-loop recycling dissolves scrap into separated rare earth oxides via chemical processing, offering more flexibility but higher energy and chemical use.
Are MP Materials’ recycled magnets from Apple devices already on the market?
No. MP Materials’ agreement with Apple covers magnets manufactured from recycled feedstock at its Mountain Pass facility, but shipments under this specific agreement are targeted to begin once the recycling line and Independence facility capacity are fully built out — see the article body for the current build-out stage.
Why are governments funding rare earth magnet recycling companies?
Magnet recycling reduces dependence on mined and processed rare earths from China-dominated supply chains, which several governments now treat as a national security priority. This has driven direct grants, defence department contracts, and critical-minerals-act designations for recycling projects in the US, UK and EU.
How does magnet recycling compare to mining for rare earth supply?
Recycling currently supplies a small fraction of global rare earth magnet material compared to mined and chemically separated sources, but it requires substantially less energy and avoids new mine permitting timelines. It is generally viewed as a complementary, faster-to-scale source rather than a replacement for mining.
