Market evolution: Electric shavers (CN 851010) — 2015–2025

Introduction

Electric shavers (CN 851010) occupy a distinctive niche within the EU's broader electrical-machinery trade. Over the 2015–2025 decade, the European Union's external trade in this product category underwent a fundamental transformation: a once-robust trade surplus shrank dramatically, domestic production collapsed, and the supply-chain geography of imports was redrawn almost entirely. This report examines the main dynamics that shaped these changes, drawing on EU-level customs data for the general trade overview. Three overarching stories emerge: (1) the erosion of the EU's net-exporter position, (2) a dramatic reorientation of import sourcing from China toward Indonesia, and (3) a series of geopolitical shocks that reshaped key bilateral flows with Russia, the United Kingdom, and Japan.

1. The Surplus Erosion: Rising Imports Amid a Domestic Production Collapse

The trade balance shifted from strong surplus toward near-equilibrium

Over the period, the EU's trade surplus in electric shavers fell from €199.0 million in 2015 to €113.7 million in 2025 — a decline of 42.9%. The underlying drivers are clear: while export value contracted modestly, import value grew substantially.

Detailed figures are available in the general trade overview.

Volume trends diverge sharply: exports shrink in weight while imports grow

The value figures tell only part of the story. Measured in tonnes, EU exports of electric shavers fell by 33.1% (from 5,037 t to 3,372 t), while imports rose by 37.8% (from 4,129 t to 5,692 t). In supplementary unit counts — the number of individual items traded — exports declined by 29.2% (from 11.9 million to 8.5 million pieces) whereas imports surged by 55.5% (from 15.1 million to 23.5 million pieces). The EU thus moved from exporting roughly 0.8 units for every unit imported, to exporting only 0.36 — a structural shift in the balance of physical flows.

Export unit values rose sharply, signalling a move upmarket

A notable counter-trend is the pronounced increase in EU export prices. The average export value per tonne rose 36.1%, from €62,798 to €85,459, while the supplementary export price (per piece) increased 28.6%, from €26.49 to €34.07. Import prices, by contrast, rose only 7.9% per tonne and actually fell 4.8% per piece. This divergence suggests that EU producers increasingly concentrated on higher-value products (premium shavers, professional-grade equipment) while basic consumer models were progressively sourced from lower-cost suppliers abroad.

EU production of electric shavers fell by over 60%

Perhaps the most striking single indicator is the collapse in domestic production. EU manufacturing output of electric shavers declined from 39.8 million pieces (2015) to 15.1 million (2025), a drop of 62.0%. Production value fell from €869 million to €364 million (−58.2%). This contraction in the manufacturing base directly explains the rising import dependency and the shrinking trade surplus. The data on EU production volumes shows the decline was steep and sustained throughout the decade.

Net import reliance flipped sign over the decade

The net import reliance indicator captures this structural reversal in a single figure. It moved from −62.5% in 2015 to +14.7% in 2025 — meaning the EU transitioned from being a strong net exporter to a modest net importer of electric shavers. At the same time, export propensity (exports as a share of production) more than doubled from 53.0% to 112.6%, indicating that a growing share of EU-origin output is exported while the domestic market is increasingly supplied by imports.

2. The Indonesia Pivot: A Supply-Chain Reorientation Away from China

Indonesia rose from near-zero to become the EU's second-largest import source

The most dramatic shift in EU import sourcing was the explosive growth of Indonesian supply. In 2015, EU imports of electric shavers from Indonesia totalled a mere €0.8 million. By 2025, they had reached €75.8 million — an increase of nearly 9,600%. Indonesia is now the EU's second-largest supplier after China, accounting for roughly 43% of total import value, almost on par with China's 48%. The detailed bilateral figures are available on the top import partners dashboard.

China's share declined but it remains the dominant supplier

China was the EU's largest import partner throughout the period, yet its value fell from €98.4 million to €83.1 million (−15.6%). Notably, China's minimum in the dataset was €65.7 million (2020), indicating a temporary dip likely linked to COVID-19 disruptions before a partial recovery. China's coefficient of variation in import value was just 0.13 — the lowest among all partners — reflecting its role as the most stable (though no longer the sole anchor) supplier.

Import concentration fell sharply as the partner mix diversified

The Herfindahl-Hirschman Index (HHI) for EU import concentration by value declined from 7,181 to 4,322 (−39.8%). An HHI above 2,500 is typically considered highly concentrated, so imports remain concentrated — but the drop is substantial and reflects the rise of Indonesia as a second major source. This diversification reduces the EU's vulnerability to disruptions from any single country, though Indonesia's own volatility is notably higher than China's (coefficient of variation of 0.47 versus 0.13).

A major supply shock hit Indonesian imports in 2022

The supply shock analysis detects a significant price shock in Indonesian imports centred on 2022, with an abnormality score of 7.6 and a year-on-year price shift of +108.3%. At that time, Indonesian imports represented 32.0% of total EU import value. A simultaneous but smaller price shock in Chinese imports was also detected in 2022 (abnormality 3.0, +23.2%). These 2022 shocks coincide with global supply-chain disruptions (post-COVID logistics bottlenecks, container shortages, energy price surges) that affected shipping costs and landed prices across Asia.

The Indonesian surge likely reflects industrial relocation by major European brands

While the customs data alone cannot confirm the underlying business decisions, the scale and timing of the Indonesian import surge are consistent with the relocation of production capacity by large European consumer-electronics companies (notably Philips, which has historically manufactured shavers in Indonesia). The shift from near-zero to the second-largest supplier over a single decade, coupled with the simultaneous decline in EU domestic production, points to a deliberate offshoring strategy rather than organic market growth.

EU member-state specialisation evolved in tandem

The specialisation data for 2025 reveals that Hungary (RSCA 0.70, RCA 5.68) and the Netherlands (RSCA 0.49, RCA 2.92) are the most specialised EU exporters of electric shavers. Poland also shows strong specialisation (RSCA 0.32, RCA 1.96). These three countries have emerged as the EU's production and re-export hubs, likely hosting assembly or finishing operations that process components or semi-finished goods originating in Asia.

3. Geopolitical Fault Lines: Shocks to Russia, the UK, and Japan

Exports to Russia collapsed under the weight of sanctions

EU exports to the Russian Federation fell from €16.1 million in 2015 to €7.4 million in 2025, a decline of 53.8%. The sharpest drop occurred after 2022, reflecting the impact of EU sanctions imposed following Russia's invasion of Ukraine. A major price shock was detected in 2023 (abnormality 10.9, price shift +125.8%), with Russia accounting for 5.6% of EU export value that year. This likely reflects a compositional effect: as sanctioned product categories were removed from the trade, only higher-value items (or indirect re-routing through third countries at marked-up prices) remained in the customs data. The volatility of exports to Russia was also among the highest (coefficient of variation 0.61), consistent with a market subject to abrupt policy-driven disruptions.

The UK market shrank dramatically post-Brexit

EU imports from the United Kingdom fell from €14.0 million to €3.3 million (−76.4%), and the coefficient of variation for this flow was 1.33 — the highest among all import partners. This extreme volatility reflects the structural disruption caused by Brexit: the introduction of customs formalities, regulatory divergence, and supply-chain restructuring by firms that previously used the UK as a gateway or production site for EU-bound goods. On the export side, the UK remained the EU's second-largest export destination (€41.5 million in 2025), though this was 15.2% below its 2015 level of €49.0 million.

Japanese exports virtually disappeared

One of the most striking bilateral changes is the near-total collapse of EU exports to Japan. In 2015, Japan was the EU's fifth-largest export market at €26.1 million; by 2025, exports had fallen to just €66,490 — a decline of 99.7%. Japan's volatility coefficient on the export side was 1.10, confirming extreme instability. This collapse may reflect intensified competition from Japanese domestic brands, exchange-rate effects (the yen weakened significantly over this period), or the relocation of EU-headquartered production closer to the Japanese market. Meanwhile, EU imports from Japan actually rose modestly (+34.7%), suggesting a one-directional shift in bilateral trade patterns.

Export concentration edged upward as destinations became more uneven

The export concentration HHI increased from 1,237 to 1,520 (+22.8%). While this remains below the "concentrated" threshold of 2,500, the upward trend indicates that EU exports became more reliant on fewer destinations — notably the United States, the United Kingdom, China, and Korea, which together account for the bulk of outbound flows. The loss of Russia and Japan as significant markets contributed to this concentration effect.

EU member-state production hubs shifted eastward

The data on top EU reporters reveals a pronounced eastward shift in export activity:

Germany remained the largest single exporter (€109.6 M), essentially flat over the decade. The Netherlands lost ground (−37.6%), and Czechia's exports collapsed from €67.4 million to just €0.5 million (−99.2%), likely reflecting the closure or relocation of a major production facility. Poland and Hungary, by contrast, surged to become the EU's third- and sixth-largest exporters respectively, with Hungary's growth exceeding 1,100%. These shifts are consistent with a broader pattern of manufacturing relocating from Western to Central and Eastern Europe, taking advantage of lower labour costs while remaining within the EU single market.

Conclusion

The EU electric-shaver market between 2015 and 2025 was shaped by three converging forces: deindustrialisation, supply-chain globalisation, and geopolitical disruption. EU domestic production fell by over 60%, transforming the bloc from a strong net exporter into a modest net importer. The manufacturing vacuum was partly filled by a dramatic expansion of Indonesian sourcing, which restructured import dependence away from China without fully eliminating it. Meanwhile, sanctions against Russia, the fallout from Brexit, and the near-disappearance of EU exports to Japan eroded key markets and contributed to a slight increase in export concentration. Within the EU, production activity shifted decisively toward Poland and Hungary, while traditional hubs in the Netherlands and Czechia saw steep declines. The net effect is an EU electric-shaver sector that is more integrated into global value chains, more exposed to Asian supply risk, and more reliant on a handful of remaining export markets — dynamics that bear close watching as trade policy and geopolitical alignments continue to evolve.