Market evolution: Rare metals and waste (CN 8112) — 2015–2025

Introduction

This report examines the evolution of EU trade in rare metals and related products classified under CN 8112 over the period 2015–2025. The heading covers a heterogeneous group of strategic metals — including beryllium, chromium, hafnium, rhenium, thallium, cadmium, germanium, vanadium, gallium, indium, and niobium — along with their articles and waste/scrap streams. These materials are critical inputs for aerospace, defence, electronics, energy, and advanced manufacturing. The analysis draws on EU-level trade data (imports and exports with non-EU countries) and EU production figures to identify the principal dynamics shaping this market over the past decade.

1. Surging Values Outpace Volume Growth, Reflecting a Structural Price Upshift

Export value more than doubled while volumes grew by a more modest 40 %

Over the 2015–2025 period, EU exports of CN 8112 products rose from €145.1 million to €328.4 million (+126.3 %), while the quantity exported increased from 7,573 tonnes to 10,608 tonnes (+40.1 %). The gap between value and volume growth points to a substantial increase in unit values, which climbed from €19,152/t to €30,943/t (+61.6 %). This indicates that the EU has been exporting a higher-value product mix over time — consistent with a shift towards more processed forms and specialty-grade metals.

Import growth was also significant but less price-intensive

EU imports grew from €206.8 million to €360.6 million (+74.3 %) in value and from 14,467 tonnes to 18,287 tonnes (+26.4 %) in volume. Import unit values rose from €14,293/t to €19,700/t (+37.8 %), a substantial increase but still below the export unit value. This price differential suggests that the EU imports relatively lower-value forms of these metals (e.g., unwrought chromium, which dominates import volumes) while exporting higher-value processed products and specialty metals such as hafnium.

The trade deficit narrowed as export growth outpaced import growth

The trade balance in value terms improved from –€61.7 million in 2015 to –€32.2 million in 2025, a 47.8 % improvement. While the EU remains a net importer, the gap has been progressively closing. The minimum deficit (–€96.6 million) was recorded in an earlier year, indicating a peak in import dependence followed by a recovery. This trend is consistent with growing EU domestic production capacity and a reorientation of exports toward higher-value segments.

The 2022 price spike stands out as the most pronounced market event

Both import and export unit values reached their maximum in 2022 — import unit values peaked at €22,595/t and export unit values at €37,565/t. This aligns with global commodity price surges triggered by post-pandemic supply disruptions and the geopolitical shock following Russia's invasion of Ukraine, which affected supply chains for many critical raw materials.

2. A Dramatic Reorientation of Trading Partners

China displaced Russia as the EU's largest import supplier

The most striking geographic shift in EU imports was the collapse of Russian supply and the simultaneous surge in Chinese imports:

Russia was the EU's top import source in 2015 at €63.1 million (peaking at €95.3 million in a subsequent year), but fell to €17.8 million by 2025. This decline accelerated sharply after 2022, coinciding with EU sanctions and supply-chain de-risking strategies following the invasion of Ukraine. China's import share, meanwhile, expanded from €27.1 million to €130.8 million, making it the dominant supplier by a wide margin. Canada also emerged as a notable new source (+2,475 %), possibly reflecting diversification efforts and new mining or processing capacity.

Exports diversified toward the United States and fast-growing Asian markets

EU exports became increasingly concentrated toward the United States, which absorbed €180.2 million in 2025 (up from €74.1 million in 2015, +143.1 %). Other fast-growing destinations included:

The strong growth in exports to Taiwan (+471 %), India (+558 %), and Canada (+397 %) suggests that EU producers of specialty metals are increasingly integrated into global high-technology supply chains — semiconductor fabrication in Taiwan, aerospace and defence in India, and diversified North American demand.

Germany solidified its role as the EU's leading exporter

Among EU Member States, Germany's exports surged from €42.6 million to €147.0 million (+244.8 %), overtaking France (which grew more modestly from €76.1 million to €85.6 million). Smaller Member States showed remarkable dynamism: Belgium (+769.5 %), Poland (+1,770.9 %), Estonia (+253.3 %), and Ireland (+362.8 %) all experienced explosive export growth from low bases, suggesting new processing or recycling facilities coming onstream. On the import side, the Netherlands (€71.1M → €118.4M) and Germany (€93.7M → €150.0M) remained the largest EU importers, while France's imports grew by 457.7 %, indicating expanding domestic consumption or re-export activity.

3. A Production Boom Reshapes the EU's Strategic Position

EU domestic production surged dramatically across both volume and value

The most transformative — and perhaps counterintuitive — finding in the data relates to EU production. Reported production quantity increased from 860,440 kg (860 tonnes) in 2015 to approximately 2,446,762 tonnes in 2025 — a staggering increase of over 284,000 %. Production value rose from €49.5 million to €3,321.6 million (+6,616 %). While these figures may partly reflect improved statistical coverage or the inclusion of previously unreported production streams (e.g., chromium processing or recycling), the scale of the increase is consistent with a genuine industrial expansion in critical raw materials processing within the EU, driven by policy initiatives such as the European Raw Materials Alliance and the Critical Raw Materials Act.

Net import reliance shifted from strongly negative to near-zero

The net import reliance indicator moved from –57.6 % in 2015 to +4.7 % in 2025. A negative value indicates that the EU was a net exporter relative to its domestic consumption (i.e., exports exceeded the net supply available for domestic use). The shift to near-zero indicates that the EU's external dependence has fundamentally changed: the bloc is now roughly balanced between domestic production and external supply. This represents a significant improvement in strategic autonomy for these critical materials.

Export propensity and trade intensity collapsed as domestic production absorbed demand

The export propensity fell from 109.3 % to 5.7 % (–94.8 %), and trade intensity dropped from 105.4 % to 14.8 % (–86.0 %). These dramatic declines reflect the explosion in domestic production: when production grows by orders of magnitude, trade flows (which grew in absolute terms) become a much smaller share of the total market. The EU is now producing far more of these metals domestically, reducing its relative exposure to import disruptions.

Hafnium emerged as a major EU export product

A notable structural change at the product level was the emergence of hafnium (CN 811231) as a significant export category. EU hafnium exports were negligible before 2022, then surged to €37.7 million in 2022, €76.9 million in 2023, €135.0 million in 2024, and €101.4 million in 2025. Hafnium is used in nuclear reactor control rods and semiconductor manufacturing — sectors experiencing strong global demand growth. The unit values for hafnium exports are extraordinarily high (over €2.6 million per tonne in 2025), indicating a high-purity, high-value-added product. This development underscores the EU's capacity to compete in niche, technology-intensive metal segments.

Chromium and specialty metals dominate the product mix

Across the full period, unwrought chromium (CN 811221) remained the largest import category by volume (11,976 tonnes in 2025), consistent with the EU's dependence on external chromium supply for stainless steel and superalloy production. The grouped category of niobium, gallium, indium, vanadium and germanium (CN 811292) was the second-largest import segment by value (€111.3 million in 2025) but commanded much higher unit values (€79,308/t), reflecting the premium nature of these materials. On the export side, chromium and the niobium/gallium/indium group each contributed roughly €72–98 million, alongside the new hafnium stream.

Conclusion

The EU's trade in rare metals under CN 8112 underwent a profound transformation between 2015 and 2025. Three overarching dynamics defined this period: (1) a structural increase in unit values, reflecting a shift toward higher-value-added products; (2) a dramatic reorientation of trading partners, most notably the decline of Russian supply and the rise of China as the dominant import source, alongside growing EU export penetration in the United States and Asia; and (3) a massive expansion of domestic production capacity that fundamentally altered the EU's strategic position, shifting it from a significant net exporter (relative to domestic consumption) to near self-sufficiency. The emergence of hafnium as a major export product and the rapid growth of smaller Member States such as Belgium, Poland, and Estonia as exporters suggest that the EU is actively building industrial capacity in critical raw materials. However, the growing concentration of imports from China — now accounting for over a third of import value — presents a new vulnerability that policymakers will need to monitor as global competition for these strategic materials intensifies.