Market evolution: Low-voltage cables (CN 85444995) — 2015–2025

Introduction

This report examines the EU's external trade in insulated electric conductors for voltages between 80 V and 1,000 V, not fitted with connectors (CN code 85444995), over the period 2015–2025. These products are a broad category of low-voltage cables used across residential, commercial, and industrial applications, excluding specialized items such as coaxial cables, automotive wiring sets, and heavy-gauge wire.

The decade saw significant structural shifts in this market. While the EU remained a net exporter throughout the period, its trade surplus shrank dramatically—from €1.06 billion in 2015 to €464 million in 2025, a decline of 56.4% (Overview). The most striking feature of this period is the divergence between exports and imports: export values grew by 38.4%, but import values surged by 273.4%, fundamentally altering the competitive landscape. This report explores three key dynamics: the asymmetric growth trajectory between EU exports and imports, the evolving geography of supply and demand, and the pricing and vulnerability implications of these shifts.

1. The Great Divergence: Surging Imports versus Moderate Export Growth

The headline story of 2015–2025 is the extraordinary growth of EU imports relative to exports. While both flows expanded in absolute terms, their trajectories diverged so sharply that the EU's trade position eroded considerably.

1.1 Import volumes nearly quadrupled

EU imports of CN 85444995 products grew from €428 million (62,173 tonnes) in 2015 to €1.60 billion (233,118 tonnes) in 2025. This represents a value increase of 273.4% and a quantity increase of 275.0% (Overview). Importantly, the average import price remained essentially flat over the period (from €6,891/t to €6,863/t, a marginal decline of 0.4%), indicating that the volume expansion was the primary driver, not inflation or quality upgrading. The near-perfect alignment between value and quantity growth (273.4% vs. 275.0%) confirms price stability on the import side.

1.2 EU export values rose but physical volumes declined

EU exports moved from €1.49 billion (233,174 tonnes) in 2015 to €2.06 billion (195,819 tonnes) in 2025. While the 38.4% value increase is healthy in nominal terms, it masks a 16.0% decline in physical quantities. The entire value increase was driven by a 64.8% rise in export unit prices—from €6,395/t in 2015 to €10,539/t in 2025 (Overview). This price divergence—rising export prices alongside flat import prices—suggests that EU producers are increasingly occupying a higher-value segment of the market, or that cost pressures (energy, raw materials, labour) have been passed through more effectively in EU export pricing.

1.3 The trade surplus halved despite growing domestic production

The EU's net export surplus fell from €1.06 billion in 2015 to €464 million in 2025 (Overview). Meanwhile, domestic EU production expanded significantly: production quantities rose from 1.56 billion kg to 2.37 billion kg (+51.8%), and production values climbed from €8.6 billion to €16.5 billion (+91.3%). The fact that imports grew so much faster than domestic production suggests that EU demand for low-voltage cables—driven by grid modernisation, renewable energy deployment, data centre expansion, and electrification trends—outstripped domestic supply capacity, creating opportunities for third-country suppliers.

2. A Shifting Map: New Supplier Nations and Diversifying Export Markets

The geographical composition of the EU's trade in CN 85444995 products changed substantially, with some trading partners seeing explosive growth while others stagnated.

2.1 Türkiye and the Western Balkans emerged as dominant import suppliers

The most dramatic shifts occurred on the import side. Türkiye grew from €79 million in 2015 to €554 million in 2025 (+600.2%), becoming the EU's largest single supplier of these cables (Partners). Bosnia and Herzegovina saw an even more spectacular rise—from just €9 million to €208 million (+2,245.3%)—reflecting the rapid development of cable manufacturing capacity in the Western Balkans, likely facilitated by EU proximity and preferential trade arrangements. Egypt entered the scene almost from zero (€880K in 2015) to reach €150 million by 2025, a growth of over 16,900%.

2.2 China's share grew steadily but was overtaken by regional competitors

China, often the first country associated with manufactured imports, saw its EU imports of CN 85444995 grow from €52 million to €171 million (+230.6%). While this is substantial, it was outpaced by Türkiye and Bosnia and Herzegovina, whose proximity to the EU likely provides logistical and tariff advantages. China's coefficient of variation in import value was 0.40, indicating moderate volatility, compared with far more erratic patterns for newer suppliers such as Egypt (CV: 1.32) and Moldova (CV: 1.34) (Volatility).

2.3 EU exports remained concentrated among traditional Western partners

On the export side, the EU's main destinations remained the United Kingdom (€254 million in 2025, +23.2%), Switzerland (€224 million, +90.9%), and the United States (€205 million, +120.3%). The growth in US-bound exports likely reflects the infrastructure investment and reshoring trends in the United States during the early 2020s. Morocco also emerged as a fast-growing destination, rising from €36 million to €96 million (+164.7%), consistent with the country's role as an emerging manufacturing and logistics hub for European supply chains. Notably, exports to China declined by 20.3% (from €120 million to €96 million), reflecting either increased Chinese self-sufficiency or competitive displacement (Partners).

2.4 Import concentration increased while export markets diversified

The Herfindahl-Hirschman Index (HHI) for imports by value rose from 1,526 to 1,702 (+11.6%), indicating growing concentration among a smaller number of dominant suppliers (Concentration). This is driven by the outsized growth of Türkiye. In contrast, the export HHI remained low and relatively stable (486 to 533), confirming that the EU already had—and maintained—a diversified export base.

3. Resilience, Specialisation, and the Price-Income Gap

Beyond headline volumes, the data reveals structural features of the EU's position in the low-voltage cable market that have implications for industrial policy and supply chain resilience.

3.1 The EU retained a trade surplus but import reliance improved (from the importer's perspective)

The EU's net import reliance moved from −19.8% in 2015 to −8.3% in 2025 (negative values indicate net exporter status). The trade intensity ratio remained broadly stable at around 39–40%, suggesting that the EU's exposure to international trade in this product category has not fundamentally changed—only its balance within that trade has shifted. However, the export propensity declined from 30.7% to 27.6%, indicating that a growing share of EU production is being absorbed domestically rather than exported—consistent with the energy transition and infrastructure investment boom within Europe.

3.2 Several EU member states showed strong specialisation; others depended on imports

Based on 2025 revealed symmetric comparative advantage (RSCA) data (Specialisation), several EU countries demonstrated strong specialisation in CN 85444995 exports:

At the other extreme, countries such as Cyprus (RSCA: −0.97), Luxembourg (RSCA: −0.87), and Ireland (RSCA: −0.83) showed strong import dependence. The concentration of export specialisation in Southern and Eastern Europe, combined with Germany's dominant absolute position (€544 million in exports, the largest EU exporter by value), reflects an industrial geography shaped by manufacturing heritage and labour cost differentials.

3.3 Supply shocks were concentrated in price-sensitive and emerging trade corridors

The shock detection analysis (Supply Shocks) identified several notable events:

• Tunisia, 2018 (import price shock): An abnormality score of 49.9 and an 89.9% price shift, affecting 6.8% of import value—likely linked to raw material cost spikes or supply disruptions in the Tunisian cable industry.
• Egypt, 2017 (import price shock): A 132.3% price shift, though affecting a smaller share (5.6% of import value), reflecting the early-stage and volatile nature of Egypt's emerging export capacity.
• Egypt, 2021 (export price shock): A 50.1% shift in the price of EU exports to Egypt, potentially reflecting demand surges tied to Egyptian infrastructure projects.

The high coefficient of variation for import partners such as Egypt (1.32), Moldova (1.34), and India (1.14) indicates that these supply relationships remain volatile and unreliable compared with the stability of long-standing partners like Switzerland (CV: 0.18) and the United States (CV: 0.19) (Volatility).

Conclusion

The EU's trade in low-voltage insulated cables (CN 85444995) over 2015–2025 tells a story of a market undergoing fundamental transformation. The EU remains a net exporter, but its competitive position has eroded: the trade surplus halved as import volumes nearly quadrupled, driven largely by suppliers in Türkiye, the Western Balkans, and North Africa. Meanwhile, EU exports shifted toward higher-value products—export prices rose 64.8% while volumes declined—suggesting a move up the value chain or, alternatively, a loss of competitiveness in bulk commodity cables.

Several structural factors underpin this evolution. The EU's energy transition, data centre boom, and electrification agenda have driven domestic demand beyond what local producers can fully supply, opening the door to imports. At the same time, preferential trade arrangements with Western Balkan and Mediterranean partners have facilitated the emergence of new, geographically proximate suppliers. China, while growing, has been outpaced by these nearer competitors.

The implications for supply chain resilience are mixed. Import concentration has increased (HHI rising from 1,526 to 1,702), and several emerging suppliers exhibit high volatility. However, the EU's export base remains well-diversified, and domestic production has grown strongly in both volume and value. Going forward, the key question is whether EU producers can maintain their position in higher-value segments while sufficient import capacity develops to meet growing domestic demand—a balance that will shape Europe's industrial competitiveness in one of the building blocks of the green and digital transitions.