Market evolution: Electronic parts for screens and transmitters (CN 852990) — 2015–2025

Introduction

CN 852990 is a residual heading covering parts for flat-panel display modules, radio and television transmission/reception apparatus, cameras, radar, radio-navigation aids, monitors, and projectors—excluding aerials. It bundles four sub-categories ranging from OLED panels (85299015) to generic parts for TV sets and monitors (85299093), display-module and transmitter parts (85299096), and electronic assemblies (85299030). See the full product scope and hierarchy.

Over the 2015–2025 period, EU trade in this product category underwent three fundamental transformations: a decisive pivot toward domestic manufacturing capacity, a radical reconfiguration of supplier geography, and a shift toward higher-value, lower-volume trade. This report analyses these dynamics using EU customs data for the full decade.

1. From Offshore Dependency to Domestic Reshoring

EU production more than doubled while import reliance collapsed

The most striking structural change over the decade is the EU's dramatic reduction in dependence on imports, driven by a surge in domestic production.

At the start of the period, more than four-fifths of apparent EU consumption was met by imports. By 2025, that figure had fallen to roughly one-third—a historic shift that points to substantial reshoring of electronics component manufacturing within the EU, or at minimum a steep decline in final-product assembly that previously absorbed these parts.

The trade deficit narrowed sharply

The EU's trade deficit in CN 852990 fell from −€5.36 billion in 2015 to −€2.03 billion in 2025, an improvement of 62.1 %. The deficit reached its narrowest point at −€1.77 billion in 2025 (the minimum over the decade). This convergence was not driven by export growth—exports were essentially flat—but by a structural contraction in import demand.

Volumes shrank faster than values, signalling a quality shift

EU exports collapsed in volume but tripled in unit value—implying that what the EU now ships abroad is far more specialised and higher-value than a decade ago. Meanwhile, imports fell less sharply in weight but became cheaper per tonne, consistent with a shift toward commoditised bulk parts sourced from low-cost producers. The divergence in price trajectories between exports and imports is a hallmark of specialisation in technology-intensive niches.

EU import reliance shows trade intensity declining as well

Trade intensity (exports + imports as a share of production + imports) fell from 96.9 % to 83.4 %, indicating that the EU's electronics-parts sector is becoming less trade-oriented overall. Export propensity also declined from 79.2 % to 64.5 %, meaning a growing share of EU output is absorbed domestically rather than exported.

2. A Radically Reconfigured Supplier and Customer Map

China consolidated its dominance despite a value decline

China remained the EU's largest single import supplier throughout the period. Its share actually increased in relative terms even as its absolute value fell from €4.15 billion (2015) to €2.70 billion (2025, −34.8 %), because other Asian suppliers contracted even more steeply. See partner-level import data.

Vietnam emerged as the decade's breakout supplier

Vietnam's imports to the EU surged from a negligible €10.2 million in 2015 to €330.2 million in 2025—an extraordinary increase of 3,137.6 %. At its peak (around 2022), Vietnamese imports reached nearly €2.19 billion. This trajectory mirrors the broader "China+1" strategy pursued by global electronics firms seeking to diversify supply chains away from over-reliance on China. Vietnam's coefficient of variation of 1.19 indicates highly volatile flows, consistent with a rapidly scaling supply chain subject to capacity ramp-ups and policy shifts.

Traditional Asian suppliers collapsed

Several established Asian electronics hubs saw their EU exports fall dramatically:

The collapse of Korean imports is particularly notable. Korea was the EU's third-largest supplier in 2015; by 2025 it had fallen to a fraction of its former position. This likely reflects Samsung and LG shifting panel-module and component assembly to Vietnam and other locations, as well as the EU's own increased domestic capacity.

Russia's export market vanished entirely

EU exports to Russia fell from €404 million to effectively zero (€32,420) between 2015 and 2025—a decline of −100.0 %. Russia was the EU's top export destination in 2015; its disappearance is almost certainly a direct consequence of EU sanctions imposed following the 2022 invasion of Ukraine. This represents a significant demand-side shock for EU exporters.

The UK, China, and the US absorbed the slack

China's emergence as the EU's second-largest export destination for these parts is remarkable, rising from €147 million to €576 million. This likely reflects EU-manufactured high-value components (e.g., specialised assemblies, radar parts) feeding into Chinese electronics production lines. View export partner trends.

Concentration increased on both sides

The Herfindahl-Hirschman Index (HHI) for import concentration by value rose from 3,408 to 4,355 (+27.8 %), while export concentration increased from 831 to 1,310 (+57.7 %). On the import side, the rising HHI reflects China's growing relative weight as other suppliers retreated. On the export side, it mirrors the disappearance of Russia and the growing importance of a handful of large customers (China, the UK, the US).

Intra-EU production shifted eastward

Among EU member states, Poland maintained its position as the largest importer (€1.72 B in 2025), while Hungary rose to €1.77 B (+36.6 %). Germany's imports, by contrast, fell from €1.56 B to €487 M (−68.8 %), and Slovakia's collapsed from €956 M to €71 M (−92.6 %). On the export side, Germany surged from €355 M to €985 M (+177.6 %), consolidating its role as the EU's leading exporter of these high-value parts. The data suggest a reconfiguration where Central European countries (Poland, Hungary) absorbed assembly-intensive import flows, while Germany specialised in exporting higher-technology components.

Portugal emerged as the most specialised EU producer (RSCA: 0.88, RCA: 15.79), followed by Slovenia and Bulgaria—evidence of niche specialisation in smaller EU economies.

3. Shocks, Volatility, and the OLED Bright Spot

The EU was hit by multiple price and supply shocks

The volatility analysis reveals several significant shocks in the export data:

The Egyptian and Turkish export-price shocks in 2022 coincide with the post-pandemic supply-chain disruptions and the energy-price spike triggered by the Russia-Ukraine war. The very high abnormality scores (11.7 and 6.4 standard deviations, respectively) suggest these were extreme, non-recurring events rather than gradual market shifts.

Certain partners exhibited persistent instability

On the import side, Vietnam (CV: 1.19), Egypt (CV: 1.18), and Hong Kong (CV: 0.80) showed the highest volatility. On the export side, Egypt (CV: 1.34) and Russia (CV: 1.10) were the most unstable flows. The high volatility of Russian exports is a direct artefact of the sanctions-induced collapse; Egypt's volatility on both import and export sides points to episodic, project-driven trade rather than stable commercial flows.

OLED panels emerged as a high-growth niche

The OLED sub-product (85299015) stands out as the only segment with consistently detailed time-series data across the period. Its trajectory tells a compelling story:

EU imports of OLED panels (85299015):

Import volumes grew nearly twentyfold over the period, while the unit price fell by roughly half—classic signs of a maturing technology moving from niche to mainstream. View the product segment breakdown.

EU exports of OLED panels (85299015):

EU OLED exports also grew strongly in volume (190 tonnes in 2025), though at a lower unit price than a decade earlier, again reflecting the commoditisation of OLED technology.

The OLED trade balance hints at EU strategic positioning

In 2017, the EU was a net exporter of OLED panels in value terms (€10.0 M exports vs. €2.1 M imports). By 2025, imports (€20.0 M) slightly exceeded exports (€18.3 M), but the balance was nearly even. Given that the EU imports roughly 2.3 times the volume it exports but at a much lower unit price, this suggests the EU specialises in higher-specification OLED modules while importing standard panels for domestic consumption.

Broader import concentration risk persists

Despite the diversification into Vietnam and the growth of domestic production, import concentration actually increased over the decade. China's share of imports rose in relative terms even as its absolute value declined, because smaller suppliers exited even faster. This leaves the EU vulnerable to supply disruptions from a small number of concentrated sources—a risk that may have motivated the reshoring trends documented in Section 1.

Conclusion

The EU's trade in electronic parts for screens and transmitters (CN 852990) underwent a fundamental transformation between 2015 and 2025. The most consequential shift was the near-halving of import reliance—from 83 % to 33 %—driven by a doubling of domestic production value. This reshoring was accompanied by a dramatic reconfiguration of supplier geography: Vietnam rose from obscurity to become a major supplier, while traditional electronics hubs (Korea, Malaysia, Taiwan, Hong Kong) saw their EU exports collapse. On the export side, the disappearance of Russia as a destination (from €404 M to near-zero) was the single largest shock, largely absorbed by growing demand from China, the UK, and the United States.

The EU's remaining trade has shifted toward higher-value flows—export unit prices tripled even as volumes fell—suggesting specialisation in technology-intensive niches. OLED panels represent a bright spot, with import volumes growing twentyfold as the technology matured. However, rising concentration indices on both the import and export sides signal increasing vulnerability to single-partner disruptions, even as overall dependency on foreign suppliers declines.

Looking forward, the key question is whether the reshoring trend will continue or plateau. The dramatic decline in German and Slovak import volumes, contrasted with Hungary's growth, suggests that intra-EU supply chains are being actively reorganised. Meanwhile, the growing importance of China as an export destination for EU-made parts creates a new interdependency that may carry its own strategic risks.