Key Takeaways
- ◆The European Commission's own figure: about 98% of the EU's rare-earth permanent magnets are imported, predominantly from China. Of roughly 20,000 t bought across the EU each year, about 18,000 t come from China and only about 1,000 t are made in Europe.
- ◆Genuine European sintered-NdFeB production is small but real: Vacuumschmelze (VAC) in Hanau — Europe's market leader, producing sintered rare-earth magnets since 1973 — and Neo's new Narva, Estonia plant (commissioned 2025). HyProMag adds recycled NdFeB.
- ◆Most established German magnet companies (Magnetfabrik Bonn, Max Baermann, Tridelta) specialise in plastic-bonded or ferrite magnets, not sintered NdFeB — and several others machine, magnetize, assemble, or distribute imported sintered NdFeB.
- ◆Unlike the US (DFARS), the EU has no procurement ban on Chinese-origin magnets in defence. The Critical Raw Materials Act sets 2030 targets — including capping any single third country at 65% of supply — but it is a benchmark-and-incentive regime, not an origin prohibition.
- ◆For commercial volume (EV, industrial, robotics, appliance), the practical route is a qualified factory-direct international supplier vetted on certifications (IATF 16949), GBD cost reduction, and continuity — ideally with a second source.
Sourcing neodymium (NdFeB) magnets in Germany and the wider EU means starting from one number: by the European Commission's own account, around 98% of the bloc's rare-earth permanent magnets are imported, mostly from China. Genuine European sintered-NdFeB production exists — at Vacuumschmelze and, newly, Neo's Estonia plant — but it is a small fraction of demand. Many well-known German magnet names specialise in bonded or ferrite magnets, or machine and assemble imported material. This guide separates the genuine European producers from the bonded-and-ferrite houses, from the international factory-direct suppliers that carry most commercial volume — so a German or EU buyer can match the source to the requirement.
The State of U.S. NdFeB Supply
Europe's NdFeB dependence is structural: roughly 98% of EU rare-earth permanent magnets are imported, and of the ~20,000 t the EU consumes annually only about 1,000 t are produced in Europe. The genuine European sintered-NdFeB base is Vacuumschmelze (Hanau) — the long-standing European leader, sintering rare-earth magnets since 1973 — and Neo's newly commissioned plant in Narva, Estonia (initial ~2,000 t/yr, scaling beyond 5,000 t/yr). HyProMag adds recycled sintered NdFeB (Pforzheim), and Less Common Metals in the UK supplies the upstream NdFeB alloy. The EU Critical Raw Materials Act (in force May 2024) sets 2030 benchmarks for domestic extraction, processing, recycling, and supplier diversification. Around that core, Germany's established magnet houses are strong in plastic-bonded magnets (Magnetfabrik Bonn, Max Baermann), hard ferrite (Tridelta), and magnet assemblies and systems (MS-Schramberg, IBS Magnet) — but for finished sintered NdFeB most import the material. The practical consequence for a buyer: for most commercial NdFeB volume you are choosing a supplier, not a country, and the qualification questions below matter more than the address on the letterhead.
Magnet Manufacturers & Suppliers — German Market
| Company | Location | Type | Best for | Certifications |
|---|---|---|---|---|
| Vacuumschmelze (VAC)Est. 1923Sintered NdFeB (VACODYM) and SmCo (VACOMAX) permanent magnets, produced in Germany since 1973 — Europe's leading sintered rare-earth magnet producer and the only Western maker of sintered EV-grade NdFeB. | Hanau, Germany | Domestic NdFeB producer | Genuine European sintered NdFeB and SmCo; EV and aerospace | — |
| Mainrich InternationalEst. 1994Factory-direct sintered NdFeB grades N30-N58 through the AH high-temperature series, grain-boundary-diffusion (GBD) magnets, and finished, magnetized magnet assemblies built to drawing. | International — EU sales presence (manufacturing partners in China) | International factory-direct | Commercial-volume NdFeB and assemblies, GBD cost reduction, second-source continuity | IATF 16949, in-house export licensing |
| Neo (Magnequench), NarvaSintered NdFeB magnets for EV traction, wind, and industrial motors at its Estonia plant (commissioned 2025) — the EU's newest integrated oxide-to-magnet capacity, ~2,000 t/yr scaling beyond 5,000 t/yr. | Narva, Estonia (Neo Performance Materials) | Domestic NdFeB producer | New EU sintered NdFeB capacity for EV and wind | — |
| HyProMag GmbHRecycled sintered NdFeB, alloy and powder via hydrogen processing (HPMS) of end-of-life magnet scrap; German plant commissioning 2026 (~100 t/yr). | Pforzheim, Germany | Domestic NdFeB producer | Recycled / closed-loop EU NdFeB | — |
| MS-SchrambergEst. 1963Sintered hard-ferrite and rare-earth (NdFeB/SmCo) magnets, plastic-bonded magnets, and magnetic assemblies and system solutions. | Schramberg, Germany | Domestic magnet manufacturer | Magnet systems and assemblies, multi-material | ISO 9001, IATF 16949 |
| Magnetfabrik BonnEst. 1932Plastic-bonded and injection-moulded permanent magnets and magnet systems for automotive — a bonded-magnet specialist, not a sintered-NdFeB maker. | Bonn, Germany | Domestic magnet manufacturer | Injection-moulded bonded magnets, automotive | ISO 9001, IATF 16949, ISO 14001 |
| Max BaermannEst. 1926High-volume plastic-bonded permanent magnets for automotive (inventor of the bonded magnet) — bonded, not sintered NdFeB. | Bergisch Gladbach, Germany | Domestic magnet manufacturer | High-volume automotive bonded magnets | — |
| IBS MagnetPermanent magnets in NdFeB, SmCo and ferrite, holding and pot magnets, separators, and magnet systems; custom and stock. | Berlin, Germany | Domestic magnet manufacturer | Custom and stock magnet systems | — |
| Tridelta HartferriteHard-ferrite magnets and strontium-ferrite magnet powder — one of Europe's largest ferrite producers (ferrite, not NdFeB). | Hermsdorf, Germany | Domestic magnet manufacturer | Hard-ferrite magnets and powder | IATF 16949, ISO 9001, ISO 50001 |
| Webcraft (supermagnete)Est. 2003Germany's best-known online magnet shop — stock neodymium and ferrite magnets, shapes, and magnetic systems (distributor). | Gottmadingen, Germany | Distributor / importer | Stock magnets, fast delivery, small quantities | — |
Suppliers are labelled by type in the Type column so buyers can match a source to their end-use. Company facts (location, founding year, certifications) reflect public information and may change — verify current certifications directly with each supplier during qualification.
How to Choose a Magnet Supplier
EU rules and supplier diversification
The EU has no DFARS-style ban on Chinese-origin magnets in defence. Instead the Critical Raw Materials Act sets 2030 targets (and caps any single third country at 65% of supply), while magnet buyers face exposure to China's own export-licensing controls. Plan for diversification and a licensed, continuity-capable supplier rather than a hard origin rule.
Certifications matched to your industry
IATF 16949 for automotive, AS9100 for aerospace, ISO 13485 for medical, ISO 9001 as a baseline. A supplier without the certification your industry demands cannot be qualified, regardless of price.
Magnet cost and GBD
On high-temperature grades, heavy-rare-earth (dysprosium/terbium) content drives cost. Grain-boundary diffusion (GBD) holds coercivity while cutting Dy/Tb content 30-50%, often the single largest lever on landed magnet cost.
European, recycled, or imported
Genuine European sintered NdFeB (VAC, Neo) and recycled NdFeB (HyProMag) suit specific supply-security or sustainability goals but are capacity-limited; for most commercial requirements, qualified imported supply remains the practical route.
Assembly vs. bare magnets
A supplier that ships a finished, magnetized, balanced assembly to your drawing removes magnet handling, magnetizing, and balancing from your line — often worth more than the per-kilogram price on the magnet alone.
Supply continuity and second-sourcing
Tariffs and export controls move fast. A qualified second source — and a supplier with in-house export licensing — is the difference between a price negotiation and a stopped line.
Where Mainrich Fits
Mainrich International is included here as what it is: an international, factory-direct NdFeB supplier serving German and EU buyers, not a European manufacturer. For genuine European or recycled material, Vacuumschmelze, Neo, and HyProMag above are the names to know. For commercial programmes — EV traction, industrial automation, robotics, appliance, and sensor work — Mainrich competes on the full grade range (N30-N58 through the AH high-temperature series), GBD that cuts dysprosium/terbium cost 30-50% while holding coercivity, finished magnet assemblies built to your drawing, IATF 16949 quality, and in-house export licensing so a qualified order keeps shipping through China's export-control regime. The honest role we ask for is the qualified commercial source — and the second source that keeps the line moving.
Frequently Asked Questions
Are there neodymium (NdFeB) magnet manufacturers in Germany or Europe?
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Yes, but European sintered-NdFeB production is small relative to demand. Vacuumschmelze (Hanau) is Europe's leading sintered rare-earth magnet producer, and Neo's Narva, Estonia plant (commissioned 2025) adds new EU capacity; HyProMag (Pforzheim) produces recycled NdFeB. Many established German names — Magnetfabrik Bonn, Max Baermann, Tridelta — specialise in plastic-bonded or ferrite magnets rather than sintered NdFeB, and others machine, magnetize, or assemble imported material. By the European Commission's own figure, about 98% of the EU's rare-earth magnets are imported.
Does the EU ban Chinese-made magnets in defence, like the US does?
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No. There is no EU equivalent to the US DFARS 252.225-7052 rule, which bans Chinese-origin rare-earth magnets in covered defence items (full supply-chain ban from January 2027). The EU's approach is benchmark- and incentive-based — the Critical Raw Materials Act sets 2030 targets and caps any single third country at 65% of supply — rather than a country-of-origin procurement prohibition. EU buyers are, however, exposed to China's own export-licensing controls on rare-earth magnets.
Is it cheaper to source magnets in Europe or to import them?
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For most commercial NdFeB volume, qualified imported supply is still the cost backbone, because roughly 98% of EU rare-earth magnets are imported and European sintered capacity is limited. European (VAC, Neo) and recycled (HyProMag) supply suit specific supply-security or sustainability goals. The largest single cost lever on high-temperature grades is usually the heavy-rare-earth content — which grain-boundary diffusion (GBD) can cut 30-50% while holding coercivity.
What certifications should a magnet supplier have?
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Match the certification to your industry: IATF 16949 for automotive, AS9100 for aerospace, ISO 13485 for medical devices, and ISO 9001 as a baseline quality system. A supplier without the certification your programme requires cannot be qualified regardless of price, so screen on this first.
What is GBD and why does it lower magnet cost?
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Grain-boundary diffusion (GBD) diffuses heavy rare earths (dysprosium and terbium) along the grain boundaries of a sintered NdFeB magnet rather than throughout the bulk. This achieves the same high-temperature coercivity using far less Dy/Tb — typically 30-50% less — which directly lowers cost, since dysprosium and terbium are the most expensive and supply-constrained inputs in a high-temperature magnet.
Should I single-source or second-source my magnet supply?
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For anything but the smallest programmes, qualify a second source. Tariffs, export controls, and capacity shifts move quickly, and a single qualified supplier is a single point of failure. A common 2026 strategy pairs a European, recycled, or allied source for specific requirements with a qualified factory-direct international source for commercial volume and cost — ideally one holding in-house export licensing so a qualified order keeps shipping through disruption.
Sourcing NdFeB for a German program?
Send a drawing or a target specification. Our engineering team will quote the correct grade or assembly with real design margin, and flag any end-use restrictions up front. Human response within 1 business day; pricing within 2.