Market evolution: Titanium dioxide (CN 2823) — 2015–2025

Introduction

Titanium dioxide (TiO₂), classified under customs code CN 2823, is one of the world's most widely used white pigments, with applications spanning paints, coatings, plastics, paper, and cosmetics. The European Union has historically been both a major producer and a significant exporter of TiO₂. However, the period 2015–2025 has witnessed a profound transformation in the EU's position in global TiO₂ trade. This report examines the key dynamics that have reshaped the EU's titanium dioxide market over the past decade, drawing on trade data covering imports, exports, production, and partner concentration. Three overarching themes emerge: a sustained contraction in trade volumes and domestic production, a sharp rise in unit prices accompanied by notable supply-side shocks, and a structural shift from the EU being a net exporter to one approaching net import dependence.

A Structural Contraction of EU TiO₂ Trade Volumes

Both exports and imports have fallen sharply in quantity

Over the 2015–2025 period, the EU experienced a dramatic decline in the physical volume of TiO₂ trade. Export quantities fell from 45,683 tonnes in 2015 to 19,632 tonnes in 2025, a drop of 57.0%. Over the same period, import volumes declined from 30,519 tonnes to 16,071 tonnes (−47.3%). The contraction on the export side is steeper, indicating that the EU's role as a supplier to third markets has diminished more rapidly than its reliance on external supply.

EU domestic production has collapsed

The contraction in trade volumes is closely linked to a severe decline in EU production volumes. Measured in kilograms of TiO₂, EU production fell from 623 million kg in 2015 to just 200 million kg in 2025, a decrease of 67.9%. Production value also declined, though less sharply (−9.5%), reflecting higher unit prices partially offsetting the volume loss. This points to significant capacity closures or mothballing within the EU over the decade — consistent with major restructuring actions announced by leading European producers such as Tronox and Chemours, partly driven by environmental regulation and competitive pressure from Chinese producers.

Trade intensity and export propensity have eroded

The EU's trade intensity — the share of total domestic production involved in international trade — fell from 20.4% to 15.1% (−25.6%). More strikingly, export propensity — the share of production exported — declined from 14.6% to just 8.1% (−44.4%). This signals that the EU is not only producing less TiO₂, but is also exporting a shrinking share of what it does produce, turning the product increasingly inward-looking or import-absorbing.

Rising Prices, Shifting Partners, and the 2022 Price Shocks

Unit prices have risen markedly for both imports and exports

Despite falling volumes, unit prices surged over the period. Export prices climbed from €2,790/t to €3,627/t (+30.0%), while import prices rose from €1,919/t to €2,829/t (+47.5%). The widening price gap between EU exports (higher-value, likely specialty grades) and imports suggests a growing specialisation in higher-margin segments, or alternatively, that the remaining EU production serves premium niches while commodity-grade TiO₂ is increasingly sourced from lower-cost producers.

China remains the dominant import source, but the UK's role collapsed

The partner structure of EU TiO₂ trade underwent substantial realignment. On the import side, China remained the leading supplier throughout, though its share declined from €26.7 million in 2015 to €20.6 million in 2025 (−22.6%). The most dramatic shift occurred with the United Kingdom: EU imports from the UK plunged from €8.9 million to €574,000 (−93.5%), almost certainly reflecting the post-Brexit reconfiguration of trade flows and regulatory divergence. Conversely, imports from Norway (+1,481%) and the Russian Federation (+6,411%) surged from very low bases, suggesting partial substitution of supply sources, though absolute volumes remain modest.

Export destinations also shifted, with India rising and China/Taiwan falling

On the export side, the United States remained the top destination (from €29.2 million to €21.9 million, −25.0%), while India grew to become the second-largest market (+37.5%). Exports to China collapsed by 76.8% — consistent with China's rapid build-up of domestic TiO₂ capacity and its transition towards self-sufficiency. Taiwan (−87.0%) and Türkiye (−70.6%) also saw steep declines. The share of exports to the United Kingdom declined more moderately (−26.8%).

A concentrated price shock hit EU exports in 2022

The year 2022 stands out as a period of acute price volatility. Three major price shock events were detected in EU exports:

These shocks are consistent with the global energy crisis and supply chain disruptions that followed the COVID-19 pandemic and the onset of the Russia–Ukraine conflict. The India shock is particularly notable given both its statistical abnormality (88.6) and its large value share (15% of EU exports). Coefficient-of-variation analysis confirms that import volatility is highest for Norway (CV 1.31), Türkiye (CV 2.89), and the United Kingdom (CV 0.97), while export volatility is most pronounced for Korea (CV 0.74) and Brazil (CV 0.64).

From Net Exporter to Import-Dependent: The Erosion of EU Strategic Autonomy

The EU has shifted from net exporter to approximate net importer

Perhaps the most structurally significant finding is the reversal of the EU's net import reliance. In 2015, the EU was a net exporter with a reliance ratio of −7.8% (meaning exports exceeded imports by that margin relative to apparent consumption). By 2025, this had shifted to +0.2% — the EU is now a marginal net importer. The minimum point (−13.6%) occurred at some point during the intervening years, indicating the peak of the EU's export surplus capacity. This reversal — a 102.7% change — marks a structural break in the EU's role in global TiO₂ markets.

EU production capacity has collapsed, narrowing the domestic supply base

The production data reveals the underlying cause of this shift. EU production volume declined from 622.6 million kg to 200.0 million kg (−67.9%). Although production value declined less sharply (−9.5%), indicating price inflation cushioned the monetary impact, the sheer magnitude of the volume decline means the EU now produces roughly one-third of what it manufactured a decade ago. This has direct implications for supply security in downstream industries such as paints, coatings, and plastics.

Export concentration has nearly doubled, reflecting a shrinking export base

The Herfindahl-Hirschman Index (HHI) for EU exports surged from 939 to 1,795 (+91.1%) by value and from 1,020 to 1,640 (+60.9%) by volume. This near-doubling of export concentration indicates that EU exports are increasingly dependent on a smaller number of destination markets — principally the United States and India. For imports, concentration also rose, though more modestly (+7.6% by value, from 2,655 to 2,856). Higher import concentration, combined with the UK's near-total exit as a supplier, means the EU's import supply chain is narrower and potentially more exposed to disruptions from key suppliers like China and South Korea.

Specialisation patterns point to a narrowing of EU production capacity

Analysis of revealed comparative advantage (RCA) for 2025 shows that only France (RCA 6.45) and Finland (RCA 1.97) display a clear comparative advantage in TiO₂ production. The Netherlands (RCA 1.09) is roughly at parity, while Germany (RCA 0.86) and Belgium (RCA 0.93) have slipped below the threshold of comparative advantage. The largest EU member states by industrial weight — Germany, Italy, and Belgium — have seen substantial declines in their import roles as well (Germany −28.9%, Italy −59.1%, Belgium −85.5% as EU reporter imports), further confirming that the TiO₂ industrial footprint is retreating across the EU.

The UK's departure from EU trade flows is a defining feature of the period

Across both imports and exports, the United Kingdom stands out as the partner with the most extreme changes. EU imports from the UK fell by 93.5% (from €8.9 million to €574,000), while EU exports to the UK declined by 26.8% (from €4.8 million to €3.5 million). The import collapse is striking and is almost certainly linked to Brexit-related trade barriers, regulatory divergence, and the re-routing of supply chains. Before Brexit, the UK was the EU's fourth-largest TiO₂ import source; by 2025, it had become negligible. This shift has contributed to the EU's greater reliance on more distant and potentially less predictable suppliers.

Conclusion

The EU titanium dioxide market has undergone a fundamental structural transformation between 2015 and 2025. Trade volumes have contracted severely on both the import and export sides, while domestic production has collapsed by nearly 70% in quantity terms. Simultaneously, unit prices have risen sharply — by 30% for exports and 47.5% for imports — reflecting both global cost inflation and the EU's shift towards higher-value product niches. The partner landscape has been redrawn: China consolidated its role as the dominant import supplier, the United Kingdom faded almost entirely from EU TiO₂ trade after Brexit, and India emerged as the second-largest export market. The 2022 energy crisis triggered a notable price shock in EU exports to India, Indonesia, and Brazil, underscoring the market's vulnerability to geopolitical disruptions. Most consequentially, the EU has transitioned from being a net exporter (−7.8% net import reliance) to a marginal net importer (+0.2%), a reversal driven by the halving of its production capacity. With export concentration nearly doubling and production concentrated in fewer member states, the EU's strategic autonomy in TiO₂ is materially weaker than it was a decade ago. This trajectory has significant implications for downstream European industries that depend on a secure, competitive supply of this critical pigment.