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Market evolution: Rare earth metals (CN 280530) — 2015–2025

Introduction

This report analyses the EU's external trade in rare-earth metals, scandium and yttrium (customs code 280530) over the period 2015–2025. These materials are indispensable for permanent magnets, electronics, defence systems, and the clean-energy transition. The EU has long been a structural net importer of rare earths, and the decade under review brought marked shifts in pricing, supply geography, and trade concentration. The data reveals a market shaped by three interconnected dynamics: a widening deficit driven by rising unit values rather than growing volumes, a partial but still incomplete diversification away from China, and a sharp consolidation of both intra-EU production and export flows around a small number of hubs.


1. A Widening Deficit Underpinned by Soaring Unit Values

Over the 2015–2025 period, the EU's trade balance in rare-earth metals deteriorated from −€7.6 million to −€9.1 million (−19.7%). However, this headline figure conceals a striking divergence between value and volume trends on both the import and export sides.

1.1 Imports: higher expenditure despite lower volumes

EU import value edged up from €10.4 million to €11.2 million (+8.3%), but import volumes actually fell from 932 tonnes to 778 tonnes (−16.5%). The reconciliation lies in unit values: the average import price rose from €11,103/t to €13,901/t (+25.2%). This price increase reflects both global market tightening for strategic rare-earth elements and a compositional shift toward higher-purity, higher-value sub-products.

Metric 2015 2025 Change
Import value (€M) 10.39 11.25 +8.3%
Import volume (t) 931.9 778.5 −16.5%
Average import price (€/t) 11,103 13,901 +25.2%

1.2 Exports: a simultaneous contraction in both value and volume

EU exports told an even more dramatic story. Export value fell from €2.74 million to €2.10 million (−23.4%), while volumes plunged from 128 tonnes to just 52 tonnes (−59.4%). As with imports, average export unit values surged — from €21,177/t to €40,097/t (+89.3%) — indicating that the EU retained only the most specialised, high-value export niches while lower-value re-exports or processing trade largely disappeared.

Metric 2015 2025 Change
Export value (€M) 2.74 2.10 −23.4%
Export volume (t) 127.9 51.9 −59.4%
Average export price (€/t) 21,177 40,097 +89.3%

1.3 Sub-product composition sheds light on the price effect

The product segment breakdown reveals that the import basket shifted toward ultra-high-value sub-products between 2023 and 2025 (when several new six-digit sub-codes were introduced). Notably, imports of gadolinium, terbium and dysprosium (CN 28053031) carried an average unit value of €585,993/t in 2025, while scandium (CN 28053040) reached €6,047,181/t — prices several orders of magnitude above the bulk intermixtures category (CN 28053010) at €7,821/t. The growing share of these critical, small-volume but high-value elements in the import basket mechanically pushed up the aggregate average price.

Sub-product (2025 imports) Volume (t) Value (€M) Unit price (€/t)
28053010 — Intermixtures 357.8 2.80 7,821
28053021 — ≥95% purity (nes) 352.3 0.98 1,794
28053029 — Pr, Nd, Sm (≥95%) 24.4 1.82 74,459
28053031 — Gd, Tb, Dy (≥95%) 1.9 1.12 585,993
28053039 — Eu, Ho, Er, Tm, Yb, Lu, Y (≥95%) 36.2 1.54 41,147
28053040 — Scandium (≥95%) 0.26 1.58 6,047,181
28053080 — <95% purity (excl. intermixtures) 5.5 1.30 232,903

2. Supply Geography: China's Enduring Dominance Amid Selective Diversification

The EU's import partner structure shifted considerably over the decade, but China remained the overwhelmingly dominant supplier throughout.

2.1 China consolidated its position as primary supplier

China's share of EU rare-earth imports rose from €5.85 million in 2015 to €7.66 million in 2025 (+31.0%), making it by far the largest single origin. Importantly, imports from China displayed the lowest volatility among major partners, with a coefficient of variation (CV) of just 0.37 — evidence of a structurally entrenched supply relationship (volatility data).

2.2 Traditional Western suppliers collapsed

Several partners that were significant sources in 2015 had largely disappeared by 2025:

Partner 2015 (€M) 2025 (€M) Change
United States 2.10 0.41 −80.3%
United Kingdom 0.37 0.08 −79.2%
Russian Federation 0.002 0.00006 −96.7%

The near-total withdrawal of the United States and Russia as EU suppliers is consistent with geopolitical realignments, export-control tightening, and the broader reshaping of critical-mineral supply chains over this period. The volatility data confirms the erratic nature of flows from these partners: US imports had a CV of 1.30 and Russian imports a CV of 2.44, indicating highly unstable sourcing.

2.3 Emerging suppliers partially filled the gap

Against this backdrop, two new or previously marginal partners grew rapidly:

Partner 2015 (€) 2025 (€) Change
Viet Nam 17,791 928,568 +5,119%
Canada 469 94,768 +20,108%

These gains, while significant in percentage terms, remained small relative to China's €7.7 million. They reflect nascent EU efforts to diversify rare-earth sourcing, consistent with the EU Critical Raw Materials Act's objectives, but they have not yet altered the fundamental dependence on China.

2.4 Export destinations consolidated around the United Kingdom

On the export side, the United Kingdom became the overwhelmingly dominant destination, growing from €1.36 million (2015) to €1.84 million (2025, +35.5%) and accounting for roughly 88% of total EU export value in 2025. Other former export markets — Brazil (−100%), the United States (−94.4%), and Argentina (−99.3%) — effectively ceased to exist. The Herfindahl-Hirschman Index (HHI) for export concentration by value surged from 3,612 to 7,883 (+118.3%), confirming a dramatic narrowing of the EU's export footprint.

Shock event Flow Year Price shift Abnormality
Norway — export price Exports 2019 +1,016% 49.2
United States — export price Exports 2020 +383% 17.0
United Kingdom — export price Exports 2019 +252% 4.8

The shock detection further highlights the extreme price volatility in EU export flows, particularly to Norway and the United States, where one-off shipments at highly abnormal unit prices dominated the data in 2019–2020.


3. Production Collapse and the Reconfiguration of the EU's Internal Trade Architecture

Beyond external trade flows, the data reveals a profound restructuring of the EU's domestic rare-earth industry and a concentration of intra-EU trade activity in a smaller number of member states.

3.1 EU production volumes collapsed while values rose

Reported EU production of rare-earth metals fell from 30,005 tonnes to 10,009 tonnes in quantity (−66.6%) between the first and last year of the series, while production value actually increased from €50.6 million to €60.9 million (+20.3%). This implies a near-quadrupling of average unit production values, consistent with a shift toward higher-purity, higher-value output and away from bulk or lower-grade production. In parallel, EU net import reliance shifted sharply, from +46.8% to −65.1% over the period, suggesting that production volumes increasingly exceeded net import needs in quantity terms — even as the trade deficit in value terms widened.

Metric First year Last year Change
Production volume (kg) 30,005,460 10,009,040 −66.6%
Production value (€M) 50.6 60.9 +20.3%
Implied unit value (€/kg) 1.69 6.08 +260%
Net import reliance (%) 46.8 −65.1 −239.0%

3.2 Germany emerged as the EU's central trade hub

The distribution of import and export activity across EU member states shifted markedly. Germany rose to become the largest EU importer (from €1.43 million to €3.51 million, +145%) and the dominant exporter (from €235,000 to €1.76 million, +651%). Meanwhile, several previously large players experienced near-complete declines:

Member state Role 2015 (€M) 2025 (€M) Change
Germany Imports 1.43 3.51 +144.9%
Germany Exports 0.23 1.76 +650.8%
Netherlands Imports 2.84 1.89 −33.3%
Spain Imports 2.89 1.15 −60.0%
Austria Imports 3.29 0.13 −95.9%
Estonia Imports 0.002 2.76 +124,730%
Netherlands Exports 0.86 0.12 −85.6%
Austria Exports 0.70 0.01 −98.4%
Spain Exports 0.80 0.01 −99.0%

Estonia's extraordinary surge in imports (from €2,209 to €2.76 million) suggests the emergence of a new processing or transhipment node, while the near-disappearance of Austria and Spain from both import and export flows points to a concentration of rare-earth handling in fewer, larger economies.

3.3 The Netherlands retained a specialised niche

Despite losing its former pre-eminence in aggregate trade volumes, the specialisation analysis for 2025 shows the Netherlands as the only EU member state with a clear revealed comparative advantage in rare-earth metals (RCA of 6.75 and RSCA of +0.74). All other major EU economies — including Germany, France, Spain, and Belgium — exhibited negative RSCA values, indicating that their rare-earth trade shares were below what their overall trade patterns would predict. This suggests that while Germany dominates in absolute terms, the Netherlands occupies a genuine specialisation niche, likely linked to its port infrastructure and role as a trading intermediary.


Conclusion

The EU's rare-earth metals trade over 2015–2025 was defined by a paradox: expenditure and unit values rose substantially even as physical volumes declined on both the import and export sides. The EU's structural dependence on China deepened in absolute terms, with China accounting for €7.7 million of the €11.2 million import bill in 2025, while efforts to diversify sourcing toward Vietnam and Canada remain at an early stage. The export market, meanwhile, concentrated heavily around the United Kingdom and saw a dramatic increase in HHI from 3,612 to 7,883. Domestically, EU production shifted from high-volume, lower-value output toward smaller volumes at much higher unit values, and Germany consolidated its role as the bloc's central trade hub. The combination of rising prices, concentrated supply, and a narrow export base underscores the EU's continued strategic vulnerability in this critical material category — a vulnerability that recent policy initiatives seek to address, but which the 2025 data shows has not yet been materially resolved.

Generated on 2026-08-07. Figures reflect Eurostat data at generation time and do not include later revisions.

Auto-generated: this report is meant to accelerate, but not to replace, human analysis.

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