EU Critical Raw Materials Act: What 2026 Compliance Means for OEMs Sourcing NdFeB Magnets

The Critical Raw Materials Act is an EU regulation that entered into force in 2024 and is being progressively operationalised through implementing and delegated acts. For magnet buyers, the operative parts are the supply-resilience benchmarks (extraction, processing, recycling, single-country supply ceilings), and the product-level transparency obligations on permanent magnets. The supply benchmarks shape EU industrial policy and project finance; the product-level rules shape what your purchase orders, customs filings, and product labels must actually contain. The March 2026 Council position consolidated the trilogue agreement and confirmed that permanent magnets get their own product-passport-aligned disclosure regime rather than an exemption. If you are sourcing NdFeB into an EU-bound product, the labeling obligation is the part that touches your bill of materials.

Four dates matter. On 4 March 2026 the Council adopted its general approach, locking the regulation's structural shape. By 24 November 2026 the Commission must adopt the implementing act that sets the magnet label format. That act defines what fields must appear, in what format, and how the data can be carried digitally. The disclosure obligations themselves take effect 24 May 2027, two years after the relevant delegated act enters into force, applying to products containing more than 0.2 kg of permanent magnets. Minimum recycled-content shares (the binding floor) are deferred: the Commission may set them by delegated act no later than 31 December 2031, with transitional periods and possible exclusions for technically-constrained applications. Plan procurement on a 2027 disclosure horizon and a 2031-onwards minimum-content horizon.

The 0.2 kg trigger is per finished product, summed across all permanent magnets within it. A typical EV traction motor contains 1-2 kg of NdFeB; a wind turbine direct-drive generator contains 600-1,200 kg per MW of nameplate capacity; a single industrial servo motor can sit anywhere from 50 g to 2 kg. The threshold catches essentially all motorised vehicles, e-bikes, MRI machines, wind turbines, large appliances, and a growing share of consumer power tools and audio products. It does not catch most small consumer electronics, hard-disk drive assemblies sold separately, or low-power sensor modules. If your bill of materials shows even one magnet over 200 g, or a cluster of magnets summing past 200 g, your finished product is in scope.

• •In scope: EV traction motor, typically 1-2 kg NdFeB
• •In scope: wind turbine direct-drive generator, 600-1,200 kg/MW NdFeB
• •In scope: industrial servo motor (mid-frame), 200 g to 2 kg NdFeB
• •In scope: humanoid robot full assembly, 0.4-1.5 kg total NdFeB across actuators
• •Borderline (check the bill of materials): cordless drill, 80-200 g NdFeB in the brushless motor
• •Out of scope on threshold: small consumer headphones, under 10 g NdFeB

The disclosure obligation covers the share of eight specified elements recovered from post-consumer waste: Nd, Dy, Pr, Tb, B, Sm, Ni, Co. For a typical sintered NdFeB grade, rare earths total roughly 30% of weight, with Nd accounting for the largest single share at around 26%. Dy and Tb are the heavy rare earths added for high-temperature retention in SH, UH, and EH grades. Pr is partially substituted for Nd in many didymium-blended grades. B is the boron that defines the Nd2Fe14B crystal phase. Sm appears in SmCo magnets, included to make the disclosure regime apply uniformly across rare-earth permanent magnets. Ni and Co cover the surface coating (NiCuNi triple plating, where Ni is the dominant electroplated layer) and the sintering and binder additives. The obligation is to declare the percentage of each element that came from post-consumer recovery, not from refining scrap, not from process scrap, but from end-of-life products.

Today the EU's actual rare-earth-from-magnets recycling rate is approximately 1%. The 2030 non-binding target is 25% of strategic raw material consumption from recycled sources across the full CRMA scope, of which magnets are one slice. The arithmetic gap is around twenty-five-fold over the next four to five years. Hitting it would require either a step-change in recycling capacity, a redirection of post-consumer end-of-life streams (HDDs, EV motors at end of life, industrial motors) into magnet-specific recovery, or both. The Council's amendments hint at a softening (pre-consumer scrap may end up declarable separately from post-consumer recovery), but the legally significant figure for product-level disclosure remains post-consumer.

Several recycling and short-loop reprocessing projects are at or near commissioning in 2026. HyProMag inaugurated its plant in Pforzheim, Germany in late April 2026, with an initial capacity of approximately 100 tonnes/year of recycled NdFeB rising to a planned 350 tonnes/year, using the hydrogen processing of magnet scrap (HPMS) route licensed from the University of Birmingham. Carester's Caremag project in France targets commissioning in Q1 2026 and is scaling toward 2,000 tonnes of rare earth magnets per year. The Magellan Horizon consortium, with 19 partners and €12m of EU funding, is building integrated end-of-life-collection-to-magnet-alloy supply chains; UK-based Less Common Metals is converting recycled rare earth oxides back into metal and alloy. None of these alone close the 25-fold gap, but combined with announced capacity from Heraeus Remloy and several pilot projects, they shift the ten-year picture meaningfully.

By the time the implementing act lands in November 2026, you want supplier documentation that can already produce the disclosure. Three categories of evidence matter. First, lot-level traceability from sintered magnet back through alloy, strip-cast, and rare-earth-oxide refining, with the recycling-feedstock percentage stated per element. Second, chain-of-custody documentation that survives audit. Most of the current 1% recycled-content claims in the supply chain do not. Third, a pathway for the supplier to incorporate post-consumer recycled feedstock as it scales, without breaking the grade or coating qualification you have already done. If your supplier cannot show you a sample disclosure today, give them six months. By Q1 2027 they should have a draft per-shipment declaration ready for your AP team to receive alongside the invoice.

• •Per-element recycled-content percentage broken into post-consumer and pre-consumer fractions
• •Lot-level traceability from finished magnet back to oxide refining batch
• •Recycling-feedstock origin (collection scheme, country, end-of-life product type where known)
• •Audit chain that satisfies a notified body, not just a self-declaration
• •Forward roadmap for recycled-content share by year through 2030

Two strategic moves matter for 2027 onward. First, qualify a magnet supplier whose own commercial operation can pass through CRMA-compliant disclosure for every shipment. Trading-company supply chains will struggle here because the upstream visibility is thin; factory-direct relationships, or distributors with deep audit access, will be the practical option. Second, do not over-rotate on EU-domestic sourcing alone. Announced EU magnet capacity through 2028 covers a small fraction of EU magnet demand, so a dual-source strategy that pairs a qualified Asian factory with audit-grade documentation against an EU recycler-magnet-maker pairing is the only realistic posture. Pricing and lead times will favour the dual-source for several years; CRMA does not require EU origin, only audit-grade disclosure.