Market evolution: Semiconductor parts (CN 848690) — 2015–2025

Introduction

This report analyses the trade evolution of EU imports and exports for goods classified under customs code 848690: parts and accessories for semiconductor and flat panel display manufacturing equipment. Over the 2015–2025 period, the EU's trade in this high-technology product category has undergone a profound transformation, characterized by explosive value growth, a structural shift in the trade balance, and an evolving geographic concentration of partners. The data reveals the EU transitioning from a net importer to a significant net exporter, indicating a strengthening position within the global semiconductor equipment supply chain.

Explosive Growth and the Emergence of a Net Export Surplus

The period under review witnessed a dramatic expansion in the value of EU trade, with exports growing at a faster pace than imports, fundamentally altering the trade balance. This growth was driven by a combination of increased trade volumes and, more significantly, rising unit prices.

Export Growth Significantly Outpaced Imports

Between 2015 and 2025, the value of EU exports of CN 848690 parts surged by 192.3%, rising from €1.77 billion to €5.18 billion. Over the same period, imports grew by 142.5%, from €1.38 billion to €3.34 billion. This divergence meant the EU's trade balance swung from a modest surplus of €396.5 million in 2015 to a substantial surplus of €1.84 billion in 2025, a change of 365%.

Price Increases Were the Primary Value Driver

While the physical quantity of exports increased by 25.8% (from 5,831 to 7,338 tonnes), the average export price per tonne more than doubled, rising 132.3% from €303,798 to €705,778. Import prices also increased, but at a slower rate of 40.4% (from €243,997 to €342,574 per tonne). This demonstrates that the soaring value of trade was largely fuelled by inflation in the unit value of these sophisticated components, rather than proportional increases in shipment mass.

Evolving Partner Dynamics and Market Concentration

The geographic landscape of the EU's trade partners in this sector shifted notably, with trade becoming more diversified and the traditional leadership of certain suppliers being challenged by emerging partners in Asia.

The United States and Asia Dominate as Key Partners

In 2025, the United States remained the EU's largest single partner for both imports and exports. However, the most dramatic growth occurred with Asian partners. Imports from Taiwan saw a 581.7% increase, while imports from South Korea grew by 363.0%. On the export side, the value of parts shipped to Taiwan grew by 526.5%, making it the EU's largest export destination by value, surpassing even the United States. This highlights the deep, intertwined supply chains linking the EU with major semiconductor manufacturing hubs in East Asia. Top partners by value.

Trade Concentration Declined, Indicating a Broader Market

The Herfindahl-Hirschman Index (HHI), a measure of market concentration, fell for both imports and exports. For imports, the HHI decreased from 3,784 to 2,914, a 23% decline. This suggests the EU diversified its sourcing of these critical parts. Export concentration also saw a slight decrease. This trend points towards a more competitive and multi-polar global market for semiconductor equipment components.

Strengthening EU Strategic Position and Internal Specialisation

Beyond trade flows, data on production, specialisation, and vulnerability indicators suggest the EU has fortified its industrial base in this strategic sector, enhancing its autonomy and export capability.

EU Production Grew Faster Than Trade, Reducing Net Import Reliance

EU domestic production value for this product category grew by an astounding 488.1% over the period, from €571 million to €3.36 billion. This surge in domestic production outpaced the growth of imports, transforming the EU's net import reliance. The metric swung from +11.8% (a net importer) in 2015 to -50.7% (a net exporter) in 2025, a striking reversal.

Specialisation is Concentrated in a Few Core Member States

The EU's capacity in this sector is not evenly distributed. In 2025, Germany held the strongest comparative advantage (RCA of 2.36), followed by Czechia (2.08) and Ireland (1.77). These three nations, along with the Netherlands, accounted for the vast majority of the EU's specialised production and export prowess. This internal specialisation underpins the bloc's overall performance in the global market. Most specialised reporters.

High Volatility in Specific Bilateral Flows

Despite overall strong growth, trade with certain partners was highly volatile. Exports to the United Kingdom exhibited a coefficient of variation (CV) of 1.28, and imports from Taiwan had a CV of 0.84, indicating significant year-on-year fluctuations. The most notable shock event was a 106.3% price spike for EU exports to Taiwan centered in 2017, likely reflecting a surge in demand or a shift in the product mix. Volatility and supply shocks.

Conclusion

The EU's trade in semiconductor equipment parts (CN 848690) from 2015 to 2025 tells a story of strategic ascent. The bloc has evolved from a net importer to a major net exporter, fueled by booming domestic production and premium pricing. The trade ecosystem has become more geographically diversified, with deepened ties to key Asian semiconductor hubs, while intra-EU specialisation has solidified in core member states. These dynamics suggest the EU has successfully bolstered its position and autonomy in a critical segment of the global technology supply chain, positioning it as a formidable supplier of sophisticated manufacturing components.