Market evolution: Iron and steel powders (CN 7205) — 2015–2025

Introduction

This report examines the evolution of EU trade in CN 7205 — granules and powders of pig iron, spiegeleisen, iron, or steel — over the period 2015–2025. The product heading covers three sub-categories: iron and steel granules (720510), non-alloy steel powders (720529), and alloy steel powders (720521). These materials serve as inputs across automotive, construction, additive manufacturing, and powder metallurgy industries.

Over the decade, the EU underwent a structural transformation in this market. The bloc shifted from being a mild net importer of iron and steel powders to a significant net exporter, with the trade balance widening from €150 million to €222 million. This shift was driven not by volume growth — both import and export volumes declined substantially — but by a dramatic increase in unit values, a realignment of trade partners, and the emergence of alloy steel powders as a high-growth export segment.

1. The EU's Decisive Pivot to Net Exporter Status

The trade balance widened from €150 million to €222 million as import dependence reversed

The most significant structural change in EU trade for CN 7205 over 2015–2025 was the shift from mild net import dependence to strong net export positioning. In 2015, the EU's net import reliance stood at +5.4%, indicating the bloc imported slightly more than it exported in value terms. By 2025, this figure had reversed to −30.7%, meaning the EU now exports roughly 31% more than it imports — a swing of over 36 percentage points.

Source: General Overview and Net Import Reliance

The improvement in the trade balance was overwhelmingly driven by a contraction in import values (−24.0%), while export values held relatively stable (+3.3%). Notably, export volumes actually fell by 26.4% — from 283,584 tonnes to 208,584 tonnes — meaning that rising unit values (+40.5%) more than compensated for the volume decline.

EU export propensity more than tripled while trade intensity roughly doubled

The EU's export propensity — the share of domestic production that is exported — rose from 13.5% in 2015 to 45.6% in 2025, signalling the EU's increasing orientation toward external markets. Similarly, trade intensity — the combined share of imports and exports relative to production — nearly doubled from 27.5% to 55.5%.

Source: Autonomy & Vulnerability

Export propensity grew more than threefold, far outpacing the doubling of overall trade intensity, which confirms that the EU's increased trade engagement was primarily driven by expanding outward shipments rather than by balanced growth in both directions.

Sweden anchors the EU's export position with over half of all outbound shipments

Within the EU, Sweden dominates the export landscape. Swedish exports of CN 7205 totalled €237 million in 2025, representing approximately 58% of all EU exports. This reflects Sweden's long-standing specialisation in metal powder manufacturing, anchored by producers such as Höganäs AB.

Source: EU Member State Exports

Sweden's revealed comparative advantage (RCA) of 13.2 in 2025 — far exceeding the threshold of 1 typically used to identify specialisation — confirms its dominant competitive position. Romania (RCA 8.8) and Slovenia (RCA 3.4) also show significant specialisation, while Germany, despite being the second-largest exporter by value (€95 million), has an RCA of only 1.1, indicating a broadly diversified export base rather than specific strength in this product.

2. Declining Trade Volumes Are More Than Offset by Soaring Unit Values

Both import and export volumes contracted sharply, but price increases preserved export revenues

One of the most striking features of the 2015–2025 period is the divergence between volume and value trends. Export volumes fell by 26.4%, from 283,584 tonnes to 208,584 tonnes, while import volumes fell even more steeply, by 40.1%, from 183,348 tonnes to 109,781 tonnes.

Source: General Overview

Export unit values rose by 40.5% (from €1,392/t to €1,956/t), which more than offset the volume decline and allowed export values to edge up by 3.3%. Import unit values also rose, but by a smaller margin (+26.9%, from €1,337/t to €1,697/t), insufficient to prevent a 24.0% decline in total import value. The combined effect was a widening of the trade balance.

EU production value nearly doubled while output volumes declined modestly

The price dynamics observed in trade were mirrored in domestic production. EU production of CN 7205 declined by 6.7% in volume — from 1,364 million kg in 2015 to 1,272 million kg in 2025 — yet production value surged by 94.9%, from €472 million to €920 million.

Source: Production Volumes

The implied average production unit value thus roughly doubled over the decade, from approximately €0.35/kg to €0.72/kg. This inflation in unit values reflects a combination of factors: rising raw material and energy costs — particularly acute during the 2021–2022 European energy crisis — a structural shift toward higher-value alloy grades, and broader post-pandemic commodity price pressures. The period minimum production volume (891 million kg) is far below the 2015 starting point, suggesting a severe output trough during this decade.

Alloy steel powder exports emerged as the only growth segment by volume and value

The aggregate figures conceal divergent trajectories across the three sub-categories of CN 7205. Analysis of product segment data reveals that alloy steel powders (720521) were the sole segment to record growth in both export volume and value.

Export segment evolution:

Source: Product Segment Breakdown — Exports

Alloy steel powder export volumes grew by 65.8% and export values nearly doubled (+93.7%). This segment commands the highest unit values (€3,338/t in 2025), compared to €1,610/t for non-alloy powders and €2,088/t for granules, reflecting a clear move toward higher-value-added production. In contrast, granule exports collapsed by 60% in volume and 33% in value.

Import segment evolution:

Source: Product Segment Breakdown — Imports

On the import side, all three segments contracted. Alloy steel powder imports fell the most steeply in volume (−59.4%) and value (−37.5%). The combined effect — surging alloy powder exports and collapsing alloy powder imports — transformed the EU from a net importer of alloy steel powders (by €38 million in 2015) into a net exporter (by €55 million in 2025), a swing of approximately €92 million.

Import prices also showed notable variation across segments. Non-alloy steel powder import prices spiked to €3,286/t in 2022 before settling at €1,695/t in 2025, while alloy steel powder import prices climbed steadily from €2,853/t in 2015 to €4,399/t in 2025. Granule import prices remained comparatively stable, rising only from €853/t to €985/t.

3. Geographic Concentration Intensifies as Trade Partners Realign

EU imports shifted decisively away from the United States and toward China and Ukraine

The geographic composition of EU imports underwent a pronounced realignment over the decade. The United States, which was the EU's largest import source in 2015 at €56 million, saw its share collapse by 65.2% to just €19.5 million by 2025 — falling from first to fourth position among import partners.

Source: Top Import Partners

China emerged as the EU's dominant import source, growing from €38.4 million to €60.3 million (+57.0%) and overtaking all other partners. Ukraine recorded the most dramatic proportional increase, surging by 177.7% from €3.7 million to €10.2 million. Meanwhile, traditional suppliers like the United Kingdom (−30.9%) and Canada (−42.5%) also contracted significantly.

Within the EU, Germany remained the largest importer at €70 million in 2025, though its intake declined from €120 million (−41.8%). Belgium saw the steepest decline (−72.2%), while the Netherlands (+130.1%) and France (+166.6%) significantly increased their import activity, partially offsetting the broader contraction.

China consolidated its position as the EU's largest export market while Taiwan's role collapsed

On the export side, China consolidated its position as the EU's top export destination, growing from €79.7 million to €117.4 million (+47.4%). The United States (+13.5% to €55.6 million) and the United Kingdom (+36.7% to €35.0 million) also expanded as markets.

Source: Top Export Partners

The most notable decline was Taiwan, which saw EU exports fall by 65.5% from €33.5 million to €11.5 million. Japan and Korea, while still major destinations, also recorded modest declines. China now absorbs roughly 29% of all EU exports of CN 7205, up from 20% in 2015. The growing symmetry of EU–China trade in this product — with China as both the largest import source and the largest export destination — is a distinguishing feature of this market.

Market concentration and price volatility both increased, raising supply-chain risks

The Herfindahl-Hirschman Index (HHI) — a standard measure of market concentration among trading partners — rose for both imports and exports over the period, indicating a less diversified trade structure.

Source: Market Concentration

Export concentration by value rose by 36.9%, driven by China's growing share of EU outbound trade. Import concentration in volume terms increased most dramatically, from 1,277 to 2,016 (+57.9%), reflecting the consolidation of import sources as several traditional suppliers retreated.

Volatility analysis reveals that import flows from key partners exhibited significant instability, with the United Kingdom showing the highest coefficient of variation (CV 0.84), followed by the United States (CV 0.59) and China (CV 0.57). On the export side, flows to Russia (CV 0.56) and Taiwan (CV 0.50) were most volatile.

Three major price shock events were identified in the data:

The two import-side shocks in 2021 — centred on China and the United Kingdom — coincide with the post-pandemic commodity price surge and the onset of the European energy crisis, which severely impacted steel and metals processing costs across the continent. The UK import price shift of +451.3% is particularly extreme, suggesting a near-total repricing of bilateral trade in that year. The 2017 US export price shock predates the broader disruptions and may reflect early supply-chain adjustments in the run-up to subsequent trade tensions.

Conclusion

The EU's trade in iron and steel powders (CN 7205) underwent a fundamental structural transformation between 2015 and 2025. The bloc moved from mild net import dependence (+5.4%) to a position of strong net export strength (−30.7%), with the trade balance widening from €150 million to €222 million. This shift was achieved not through volume growth — total export and import volumes both declined substantially — but through a combination of rising unit values, a strategic reorientation toward higher-value alloy steel powders, and a faster contraction of imports relative to exports.

The period was marked by significant geographic realignment. The United States lost its position as the EU's primary import source, supplanted by China, while China also consolidated its role as the EU's largest export market. Within the EU, Sweden's dominance as an exporter deepened, accounting for 58% of all outbound shipments in 2025, underpinned by a world-leading comparative advantage (RCA 13.2). The alloy steel powder segment stands out as the only sub-category to have grown in both volume and value on the export side, reflecting a broader shift toward higher-value-added production.

Looking ahead, the increased concentration of both import and export flows — evidenced by rising HHI values across all dimensions — and the elevated price volatility observed across multiple trading relationships present structural considerations for supply-chain resilience. The growing bilateral significance of China, simultaneously the EU's largest import source and export destination, creates interdependencies that merit close monitoring. Meanwhile, the continued expansion of alloy steel powder exports positions the EU favourably in advanced manufacturing segments, though this also increases exposure to demand fluctuations in sectors such as additive manufacturing and powder metallurgy.