Market evolution: Nickel articles (CN 750890) — 2015–2025

Introduction

This report examines the evolution of EU trade in articles of nickel not elsewhere specified (customs code 750890) over the period 2015–2025. The product category covers a diverse range of nickel articles — excluding powders, bars, profiles, wire, plates, sheets, tubes and pipe fittings — and is classified as a residual heading under the broader nickel chapter (CN 75). It maps to Prodcom code 25.99.29.79 ("Other articles of nickel, n.e.c.").

The decade under review witnessed a dramatic transformation of the EU's position in this market. While both exports and imports grew in value, the import surge was far more pronounced, turning the EU from a modest net exporter into a sizeably net-import-dependent economy. This report is organised around three central dynamics: the widening trade deficit driven by import value growth outpacing that of exports; the reconfiguration of the EU's supplier base, with several Asian economies and the United Kingdom gaining ground; and a structural decline in EU domestic production volumes alongside a growing export propensity that points to increasing integration into global nickel-article value chains.

1. From net exporter to net importer: a decade of surging import dependency

The most striking macro-level development is the EU's shift from a modest net-exporter position to one of pronounced import dependency in articles of nickel.

1.1. Import value growth vastly outpaces exports

Between 2015 and 2025, the EU's imports of CN 750890 surged from €196.3 million to €815.3 million, an increase of +315.4%. Over the same period, exports rose from €172.7 million to €453.1 million (+162.4%). This asymmetry in growth rates is the central structural story of the decade.

1.2. Price effects drove the value divergence

Notably, the physical volume gap grew far less dramatically. Import quantities rose only from 3,101 tonnes to 3,771 tonnes (+21.6%), while export quantities increased from 1,835 tonnes to 3,243 tonnes (+76.7%). The enormous value divergence is therefore largely a price story: the unit price of EU imports climbed by +241.5% (from €63,267/t to €216,076/t), whereas export unit prices rose by a more moderate +48.1% (from €94,000/t to €139,213/t).

This price dynamic suggests that the EU increasingly sourced higher-value (or higher-cost) nickel articles from abroad, while its own exports remained in a lower price bracket. The divergence may reflect both compositional shifts — importing more specialised or high-specification articles — and broader nickel price inflation that affected supply chains unevenly.

1.3. Net import reliance crossed decisively into dependency territory

The net import reliance ratio — which in 2015 stood at −34.2% (indicating the EU was a net exporter in value terms relative to domestic demand) — swung to +67.8% by 2025. This 298 percentage-point shift signals a fundamental reorientation of the EU's structural position in this product market. Trade intensity also rose from 79.9% to 128.8%, indicating that the EU's economy became more trade-engaged in this product relative to its size, with extra-EU flows growing faster than domestic demand.

2. Reconfigured supply chains: new partners rise and concentration falls

The second major dynamic concerns the reshaping of the EU's supplier geography. Several previously marginal partners have emerged as significant sources of imports, while the overall concentration of the import base has declined.

2.1. The United States remained the dominant supplier, but share diversified

The United States was and remains the EU's largest single source of nickel articles, with imports rising from €129.7 million to €376.1 million (+189.9%). However, because other suppliers grew even faster, the import landscape became notably less concentrated: the Herfindahl-Hirschman Index (HHI) for import value fell from 4,656 to 2,713 (−41.7%), moving from a moderately concentrated to a more diversified structure.

2.2. Taiwan, China, and the United Kingdom emerged as fast-growing suppliers

The most dramatic growth came from several economies that were marginal suppliers in 2015:

Data by partner

Taiwan's trajectory is particularly striking: from just €615,000 in 2015 to €66.0 million in 2025, making it the EU's fourth-largest supplier. This likely reflects the growing role of Taiwanese manufacturers in electronics and high-specification nickel components. China's sixfold increase similarly aligns with its expanding role in nickel processing and mid-to-high-tech manufacturing. The United Kingdom's rapid growth (+456.6%) is noteworthy given that it was already a significant supplier in 2015 and may partly reflect post-Brexit trade reclassification effects alongside genuine supply-chain strengthening.

2.3. Export volatility was high for several key partners

The volatility analysis reveals that trade flows with several partners were notably unstable. Korean imports exhibited the highest coefficient of variation (CV = 1.27), and Korean exports showed extreme volatility (CV = 2.82). Israel and the United States were also relatively volatile import partners (CV of 0.85 and 0.71, respectively).

On the export side, a complete supply shock to Russia was detected in 2023 (−100% shift, supply shock event), consistent with the broader decoupling of EU-Russia trade following sanctions. A significant price shock in EU imports from the United Kingdom was detected in 2021 (+150.7% shift, abnormality score 41.3), coinciding with the full implementation of post-Brexit trade arrangements. A large export price spike to Singapore in 2022 (+313.4%) may reflect one-off contract effects or re-routing of trade flows.

2.4. The intra-EU geography of trade remained concentrated among a few large economies

Within the EU, France, Germany, and Poland dominated both imports and exports. France was the largest importer (€31.7M → €223.9M, +606.3%) and second-largest exporter (€48.2M → €147.3M, +205.4%). Germany was the largest exporter (€44.5M → €115.2M, +158.9%) and third-largest importer. Italy showed strong growth on both sides. Meanwhile, Denmark emerged as a notable exporter, growing from just €26,000 to €11.9 million — an extraordinary increase that may reflect the ramp-up of a single large facility or the activities of a niche industrial producer.

3. Shrinking production volumes, rising production value, and diverging specialisation

The third key dynamic lies in the EU's domestic production landscape, which reveals a structural contraction in physical output even as the value of production rose, alongside diverging patterns of specialisation across member states.

3.1. EU production volumes collapsed while values climbed

EU domestic production of CN 750890 articles fell from 12,000 kg to just 2,200 kg between the first and last reported periods — a decline of −81.7% in volume. Yet production value rose from €113.0 million to €155.3 million (+37.4%). This divergence between a collapsing volume and a rising value implies a dramatic increase in the unit value of EU-produced nickel articles, consistent with a shift towards more specialised, higher-value-added manufacturing. In effect, the EU appears to have exited bulk or lower-value nickel article production and retained or grown only the highest-margin segments.

3.2. France and Czechia emerged as the most specialised producers

The specialisation analysis for 2025 reveals a sharp internal division within the EU:

France commands a Revealed Comparative Advantage (RCA) of 4.63, meaning it exports nickel articles at more than four-and-a-half times the EU average intensity. Czechia follows at 3.30. By contrast, Germany — despite being the EU's largest absolute exporter — has an RCA below 1.0, indicating that nickel articles are a relatively less important part of its overall export basket. At the other end of the spectrum, Portugal (RCA ≈ 0.0001), Lithuania, Slovakia, Bulgaria, and Latvia show virtually no specialisation in this product.

3.3. The export propensity of EU-based producers grew sharply

The export propensity — measuring extra-EU exports relative to domestic production — surged from 70.8% to 266.4% (+276.2%). A ratio above 100% indicates that the EU exports more than it produces domestically, implying that a significant share of extra-EU exports in 2025 was sourced from imported inputs or from intra-EU reclassification of goods. Combined with the steep decline in production volumes, this suggests that EU-based firms increasingly operate as assemblers, processors, or re-exporters in global nickel-article value chains rather than as primary producers from raw material inputs.

Conclusion

The period 2015–2025 transformed the EU's position in the market for articles of nickel (CN 750890). The most consequential change was a shift from net-exporter to significant net-importer status, driven not by a surge in import volumes but by a sharp rise in import unit prices (+241.5%) that far outpaced export price growth (+48.1%). The trade deficit widened from €23.6 million to €362.3 million.

This structural shift was accompanied by a diversification of the EU's supplier base (HHI declining by 41.7%), with Taiwan, China, Japan, and the United Kingdom all becoming substantially larger suppliers. Domestic EU production volumes fell by over 80%, but production value actually rose, pointing to a deliberate retreat from lower-value manufacturing and a concentration on high-value-added segments. France and Czechia emerged as the EU's most specialised producers, while Germany — the EU's largest absolute exporter — displayed no particular specialisation in this product class.

Looking ahead, the EU's growing import dependency, combined with high volatility in several key supplier relationships, presents both opportunities for integration into global value chains and risks related to supply security. The complete severance of EU-Russia export flows in 2023 and the rapid growth of Asian suppliers underscore the geopolitical sensitivity of nickel-related product markets — a concern that is likely to intensify as nickel becomes ever more central to the energy transition and advanced manufacturing.