Market evolution: Technical ceramics (CN 690919) — 2015–2025

Introduction

This report examines the evolution of European Union trade in technical ceramics classified under customs code 690919 — a residual category covering ceramic wares for chemical or other technical uses, excluding porcelain, hard ceramics (≥9 Mohs), refractory goods, and electrical insulating fittings. Over the 2015–2025 period, the EU has remained a significant net exporter in this segment, but the structure of both imports and exports has undergone dramatic transformations. The data reveals three dominant dynamics: a reorientation of trade flows following Brexit, a striking rise of China as both supplier and customer, and a broad structural shift toward higher-value, lower-volume trade patterns. This report draws on EU-level trade statistics and production data to explain these shifts and their implications for the European technical ceramics sector.

1. The post-Brexit reorientation: from UK dependence to diversified export markets

1.1 The UK collapse and the search for new export destinations

The single most visible structural break in the data is the near-total evaporation of EU exports to the United Kingdom. In 2015, the UK was the EU's largest non-EU export destination for technical ceramics at €280.1 million, accounting for roughly one-third of total extra-EU exports. By 2025, exports to the UK had fallen to just €17.1 million — a decline of 93.9%. This collapse is almost certainly linked to the UK's departure from the EU single market and customs union, which introduced non-tariff barriers (customs declarations, rules-of-origin documentation, regulatory divergence) into what had been frictionless trade.

1.2 New growth engines compensated for the UK loss

Despite the loss of the UK market, total EU export value in technical ceramics still grew from €860.8 million to €978.6 million (+13.7%). This was made possible by strong growth in several alternative destinations:

North Macedonia, which hosts significant automotive and industrial supply chains linked to EU manufacturers, emerged as the EU's top export destination. Meanwhile, the United States, China, and Japan all saw exports more than double, reflecting the global demand for advanced ceramic components in electronics, automotive, and industrial applications.

1.3 Intra-EU member states adapted differently

Among EU exporters, Germany strengthened its dominance, growing export value from €405.6 million to €540.6 million (+33.3%). Poland, already the second-largest exporter, increased its share from €178.8 million to €229.0 million (+28.1%). However, not all member states benefited: Hungary saw exports decline from €139.6 million to €94.5 million (–32.3%), and France experienced an even steeper drop from €40.3 million to €11.7 million (–70.9%).

The Netherlands' dramatic increase (+345.4%) may reflect its role as a logistics hub, but also genuine growth in its domestic production of technical ceramics.

2. China's meteoric rise on both sides of the trade ledger

2.1 Imports from China increased nearly sixfold

The most striking import-side development is the surge in Chinese supply. EU imports of technical ceramics from China grew from €28.6 million in 2015 to €182.7 million in 2025 — an increase of 539.2%. This propelled China from a marginal supplier to the EU's second-largest import source, behind only the United States (€202.8 million, essentially flat at +1.5%). Meanwhile, Japan — historically a major supplier of advanced ceramics to Europe — saw its exports to the EU decline from €101.7 million to €62.4 million (–38.7%).

The divergence between China's rising share and Japan's declining share suggests a structural shift in sourcing patterns, likely driven by cost competitiveness and the scaling up of Chinese technical ceramics production. The volatility coefficient for China-origin imports is moderate (0.56), indicating that this growth has been relatively steady rather than erratic.

2.2 The EU simultaneously ramped up exports to China

Paradoxically, while China became a much larger supplier, it also became a much larger customer. EU exports to China grew from €22.0 million to €113.6 million (+416.6%). This suggests that the technical ceramics market is not a simple zero-sum competition; rather, China's own industrial expansion has created demand for specialised European ceramic products that Chinese producers cannot yet fully substitute — likely high-performance components for semiconductor fabrication, chemical processing, and precision engineering.

2.3 The bilateral relationship reflects complementary industrial structures

The simultaneous growth in both directions implies that EU-China technical ceramics trade is characterised by complementarity rather than pure competition. China may be supplying mid-range, standardised ceramic components while importing specialised, high-specification European products. This pattern is consistent with the broader EU-China trade relationship in advanced materials.

3. The value-volume divergence: Europe is trading less in volume but more in value

3.1 Export volumes fell while export values rose

One of the most telling dynamics in the data is the divergence between export volume and export value. Between 2015 and 2025:

• Export value rose from €860.8 million to €978.6 million (+13.7%)
• Export quantity fell from 50,504 tonnes to 37,271 tonnes (–26.2%)
• Export unit price surged from €17,041/t to €26,250/t (+54.0%)

This implies that the EU is exporting fewer tonnes of technical ceramics but at substantially higher prices per unit. This pattern is consistent with a move up the value chain: European manufacturers are increasingly focusing on high-specification, low-volume, high-margin ceramic products rather than competing on bulk.

3.2 Import volumes grew moderately, but import prices also increased

On the import side, the pattern is somewhat different:

• Import value rose from €444.6 million to €587.1 million (+32.0%)
• Import quantity grew from 32,233 tonnes to 35,639 tonnes (+10.6%)
• Import unit price increased from €13,790/t to €16,466/t (+19.4%)

Import volumes grew more modestly than import values, indicating that the EU is also importing higher-value ceramics — though the price increase (19.4%) is less pronounced than on the export side (54.0%). This confirms the hypothesis that Europe's export specialisation is skewing toward premium products while relying on imports for mid-range technical ceramics.

3.3 EU production expanded dramatically in both volume and value

Available production data shows a striking expansion of the EU's domestic production base:

Production volumes nearly tripled, while production values quadrupled — again consistent with a shift toward higher-value output. This also suggests that the EU's technical ceramics sector has been investing in capacity expansion, possibly driven by demand from the semiconductor, electric vehicle, and green energy supply chains, all of which rely heavily on advanced ceramic components.

3.4 The trade surplus narrowed but remained substantial

The EU's trade balance in technical ceramics declined slightly from €416.2 million to €391.5 million (–5.9%), confirming that while the EU remains a significant net exporter, import growth has modestly outpaced export growth. The net import reliance remained negative (indicating net exporter status), moving from –12.7% to –22.6%, though this metric also reflects the growing trade intensity of the sector. Export propensity rose from 42.1% to 64.1%, and trade intensity increased from 55.8% to 75.3%, indicating that the technical ceramics sector has become more deeply integrated into global trade over the decade.

Conclusion

The EU technical ceramics market (CN 690919) has undergone significant structural transformation between 2015 and 2025. Three themes stand out:

1. Brexit restructured export geography. The loss of the UK as a frictionless export destination (–93.9% in value) forced a rapid reorientation toward North Macedonia, the United States, China, and Japan. Remarkably, the EU managed to more than offset the UK loss, growing total export value by 13.7%.

2. China has become the dominant emerging partner on both sides. Chinese imports into the EU surged by 539.2%, while EU exports to China grew by 416.6%. This bilateral expansion reflects complementarity in product specialisation rather than zero-sum competition.

3. The sector is trading up the value chain. Export volumes declined by 26.2% while export unit prices rose by 54.0%. EU production values grew by 306.6%, far outpacing volume growth. Europe is increasingly specialising in high-specification, high-margin technical ceramics — a positioning that aligns with the continent's broader industrial strategy in advanced materials and high-technology manufacturing.

Looking forward, the key risks for the EU technical ceramics sector include potential supply-chain dependencies on Chinese imports, the need to maintain technological differentiation against increasingly capable Asian producers, and geopolitical uncertainties that could disrupt trade with strategic partners. The sector's strong export propensity and rising trade intensity, however, suggest a resilient and globally competitive industry well-positioned to capitalise on growing demand from the semiconductor, energy transition, and advanced manufacturing sectors.