Top 10 Companies in the Steel Cord Market (2026): Market Leaders Powering Global Automotive

MARKET INSIGHTS

The Global steel cord market was valued at USD 4.86 billion in 2025 and is projected to grow from USD 5.12 billion in 2026 to USD 7.02 billion by 2034, exhibiting a CAGR of 5.5% during the forecast period.

Steel cords are high-tensile wire strands made from superior high‑carbon steel, typically brass‑plated for enhanced performance. These specialized cords are primarily used as tire reinforcement materials, improving durability while maintaining flexibility to absorb road shocks and enhance vehicle comfort. The product range includes Normal Tensile (NT), High Tensile (HT), Super Tensile (ST), and Ultra Tensile (UT) variants to meet diverse industrial requirements.

Market growth is being driven by increasing automotive production, particularly in emerging economies, along with rising demand for high‑performance tires. The freight vehicle segment currently dominates applications due to stringent safety requirements for commercial vehicles. However, the market faces challenges from emerging alternative materials like aramid fibers in certain applications. Major players including Bekaert, ArcelorMittal, and Jiangsu Xingda Steel Cord collectively hold over 50% market share, with ongoing investments in production capacity expansion across Asia‑Pacific regions to meet growing demand.

Steel Cord Market – View in Detailed Research Report

MARKET DYNAMICS

MARKET DRIVERS

Growing Automotive Production to Fuel Steel Cord Demand

The global automotive industry’s steady recovery post‑pandemic is accelerating steel cord consumption, with tire manufacturing accounting for over 75% of market demand. Emerging economies like India, China, and Brazil are witnessing production increases of 6‑9% annually, creating sustained need for reinforcement materials. High‑tensile steel cords improve tire durability by 30‑40% compared to traditional materials, making them essential for manufacturers facing stricter safety regulations. The passenger vehicle segment alone is projected to require an additional 1.2 million metric tons of steel cord by 2028 to meet OEM specifications for high‑performance tires.

Infrastructure Development Boosts Industrial Steel Cord Applications

Government investments in infrastructure worldwide, particularly in bridge construction and mining operations, are driving demand for ultra‑tensile steel cord products. The global construction sector’s 4.7% CAGR directly correlates with increased usage of steel cord in concrete reinforcement and lifting applications. Industrial belts reinforced with steel cords show 50% longer operational lifespans than fiber‑based alternatives, justifying their premium pricing in heavy machinery applications. Recent megaprojects in Southeast Asia and the Middle East specify steel cord‑reinforced materials for critical structural components due to their fatigue resistance and load‑bearing capabilities.

Additionally, advancements in brass coating technologies have enhanced steel cord’s corrosion resistance by up to 35%, expanding its suitability for marine and offshore applications where environmental factors traditionally limited usage. This technological improvement coincides with stricter building codes mandating higher safety factors in seismic zones, creating new application opportunities.

MARKET RESTRAINTS

Raw Material Price Volatility Threatens Market Stability

Steel cord production remains vulnerable to dramatic fluctuations in high‑carbon steel and brass prices, which account for approximately 60‑70% of total manufacturing costs. Recent trade policies and supply chain disruptions have caused raw material costs to swing by 18‑25% quarterly, making long‑term pricing agreements challenging for manufacturers. The situation is exacerbated by geopolitical tensions affecting key steel‑producing regions, with some manufacturers reporting 30‑day delivery delays for specialty steel alloys. Smaller producers particularly struggle to maintain profitability when facing simultaneous increases in energy costs and raw material expenses.

Environmental Regulations Constrain Production Processes

Stricter environmental policies in major manufacturing regions are imposing new compliance costs on steel cord producers. Brass plating processes now require advanced filtration systems to meet wastewater discharge standards, adding 12‑15% to production costs in European and North American facilities. Some jurisdictions have implemented carbon footprint thresholds that necessitate expensive equipment upgrades, with at least three major producers announcing plant closures rather than undertaking capital‑intensive retrofits. Meanwhile, alternative materials developed for environmental sustainability claims are capturing niche applications in consumer‑focused segments, particularly in bicycle tires and light industrial uses.

MARKET OPPORTUNITIES

Electric Vehicle Expansion Creates Specialty Cord Demand

The rapid growth of electric vehicles presents significant opportunities for steel cord innovation. EV‑specific tires require different reinforcement characteristics to handle instant torque and increased vehicle weights, creating demand for next‑generation cord designs. Leading manufacturers are developing ultra‑high‑tensile steel cords with modified brass coatings to improve electrical conductivity—a critical factor for tire pressure monitoring systems in smart EV applications. The EV tire market is projected to grow at 28% CAGR through 2030, with steel cord playing an essential role in meeting performance requirements for quiet operation and extended range efficiency.

Emerging Markets Offer Untapped Growth Potential

Developing economies in Africa and South Asia represent the next frontier for steel cord adoption as vehicle ownership rates climb and local tire production expands. With infrastructure improvement projects driving heavy equipment sales, industrial cord applications are growing 15‑20% annually in these regions. Local joint ventures are forming to overcome import barriers, with two major producers announcing new manufacturing facilities in India and Indonesia to serve these high‑growth markets. The combination of population growth, urbanization, and industrialization creates a perfect storm for steel cord adoption, particularly as regional quality standards converge with global specifications.

MARKET CHALLENGES

Technical Limitations in Advanced Applications

While steel cord remains dominant in traditional applications, some high‑tech sectors demand properties that challenge current material capabilities. Aerospace applications require cords with both extreme tensile strength and reduced weight—parameters that current steel alloys struggle to meet simultaneously. Several aircraft manufacturers have switched to hybrid carbon fiber solutions for certain components, potentially signaling a broader industry shift. Additionally, sustainable tire initiatives are pushing for materials with lower rolling resistance, where some synthetic alternatives outperform conventional steel cords by 8‑12% in laboratory tests.

Workforce Shortages Disrupt Production Capacity

The steel cord industry faces critical skilled labor shortages, particularly in wire drawing and metallurgical specialties. An aging workforce and lack of vocational training programs have left many manufacturers operating below capacity despite strong demand. Recent surveys indicate 40% of production facilities report difficulty filling technical positions, leading to increased overtime costs and quality control issues. The problem is most acute in developed markets where manufacturing employment has declined steadily, forcing companies to invest heavily in automation solutions that may take years to implement effectively.

Top 10 Companies in the Steel Cord Market (2026)

1️⃣ Bekaert

Headquarters: Belgium
Key Offering: High‑tensile steel cords for automotive and industrial applications

Bekaert is a global leader in high‑tensile steel cord manufacturing, delivering superior mechanical performance and corrosion resistance through its advanced brass‑plating technology. The company’s vertically integrated operations enable end‑to‑end control over material quality and production efficiency.