Steel Tire Cord Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Steel Tire Cord Market Trends and Insights

Rapid Radialization of Commercial-Vehicle Tires

Asia’s truck-tire market is shifting from bias-ply to radial designs, because fleets gain 8-12% fuel savings and 40-60% longer tire life. China set a 96% radialization target for 2025, creating an incremental 1.2-1.5 million-ton steel tire cord market opportunity^{[1]Ministry of Industry and Information Technology, “14th Five-Year Plan for the Tire Industry,” miit.gov.cn}. India is following suit as OEMs expand radial capacity for margin premiums of 15-20% over bias equivalents. ASEAN governments support radial export growth, exemplified by Thailand’s approval of Xingda’s USD 400 million, 260,000-ton plant that will start up in 2027. The result is a two-tier steel tire cord market: high-tensile grades for premium radials and standard grades for cost-sensitive fleets. Chinese integration into upstream wire rod sustains price advantages that accelerate adoption.

Sustainability Push for Low-Rolling-Resistance Tires

EU Regulation 2020/740 scores rolling resistance from A to E, prompting tire makers to redesign belt packages around thinner, more flexible cords that cut hysteresis losses by 8-10% and improve fuel economy by 0.3-0.5 liters per 100 km. Bekaert responded with cords containing ≥50% recycled steel, certified under ISO 14021, giving tire firms a ready sustainability lever^{[2]Bekaert, “TAWI® Technical Data Sheet,” bekaert.com}. Michelin’s 100% sustainable-material roadmap signals a closed-loop future where recycled cord feedstock differentiates suppliers. China is tightening domestic GB standards, and California’s clean-truck rules amplify the shift. Coating advances, notably zinc-cobalt and Cu-Sn layers, now deliver ISO 3801 fatigue compliance while reducing copper and zinc use by 10-15%, further lowering the carbon footprint.

EV-Specific Ultra-Flex Fatigue-Resistant Cord Demand

Instant torque and regenerative braking lift tangential forces by 20-30%, demanding cords with 1.5-2.0× the fatigue life of conventional grades. Continental’s 2024 patent on 3,080-4,190 N/mm² monofilaments trims each EV tire by 200-300 grams and recovers up to 0.5% vehicle range. Bridgestone’s 2026 divestment of commodity cord assets to Bekaert reflects a strategy to focus R&D on proprietary EV designs. Chinese producers are scaling similar high-tensile lines to secure contracts from BYD and NIO. As EV sales accelerate toward a 34% CAGR to 2030, these purpose-built cords emerge as the premium growth pocket within the steel tire cord market.

OEM Shift to Ultra-Thin High-Tensile Cords for Lightweighting

Automakers target 100-150 kg vehicle mass reduction, and every kilogram shaved from tires boosts EV range by 0.3-0.5%. Ultra-thin cords at 0.33-0.37 mm diameter now achieve >3,000 N/mm² tensile strength, replacing 0.40 mm cords without compromising puncture resistance. Premium OEMs pay 15-20% price uplifts for these cords, while volume brands blend high-tensile and standard grades. Brass plating struggles to coat such small wires uniformly, so Bekaert’s Cu/Zn/Fe ternary alloy secures consistent adhesion at 0.8-1.0 µm thickness and shows 15% better aged pull-out than traditional brass. The technology leap effectively splits supply between commodity producers and R&D-intensive leaders.

Polymer or Aramid Fiber Substitution Threat

Aramid and PET cords weigh 10-15% less than steel and cut rolling resistance by up to 8%, appealing to high-end passenger tires. Michelin’s glass-fiber reinforced UPTIS concept, protected by 19 patents, extended pilot life to 200,000 km on DHL fleets, foreshadowing broader deployment. Hyosung ran near 100% PET-cord utilization during 2024 capacity tightness, signaling pricing power. Yet these fibers fall short on tensile strength for heavy-duty or aircraft tires that face 200-320 psi pressures, keeping steel irreplaceable in those niches. Cord suppliers counter by offering hybrid steel-polymer belts that balance strength with weight reduction, blunting wholesale substitution risk.

Tier-1 Tire Makers’ Dual-Sourcing Diluting Contracts

Consolidated tire groups are splitting volumes among multiple cord vendors to reduce dependency and wring out price concessions. Hyosung’s exploration of a USD 1 billion cord divestiture in 2025 highlights margin pressure even on a 40% profit-contributing business. Bridgestone’s EUR 60 million sale of its Chinese and Thai cord assets to Bekaert points to similar cost-of-capital reprioritization. The US ITC’s 2024 investigation showed Thai truck-tire dumping margins up to 48.39% and revealed cord and bead wire form 12.4% of US tire raw-material costs, underlining buyer leverage. Producers respond through vertical integration and value-added services like custom coating design that raise switching costs.

Segment Analysis

By Type: Brass Coating Dominates Through Proven Adhesion Chemistry

Brass-coated cord captured 49.12% steel tire cord market share in 2025 as its Cu-Zn alloy forms durable CuₓS bonds during vulcanization, delivering 150-200 N initial pull-out and 70-80% retention after 1,000 hours at 80°C. The segment is tracking a 4.83% CAGR to 2031, supported by commercial-vehicle demand where reliability trumps cost. Zinc-cobalt variants are gaining in corrosive environments because 1.5 wt% Co raises salt-spray durability by 15-20%. Copper-only coatings, once niche, re-emerge as recyclability priorities rise. Ternary Cu/Zn/Fe alloys, exemplified by Bekaert’s TAWI, already show 15% better aged adhesion than brass and meet EU REACH cobalt-phase-out trajectories. Over the outlook period, cobalt-free and thinner coatings will widen premium-grade profit pools, while standard brass holds steady in cost-driven segments of the steel tire cord market.

Innovations accelerate differentiation. Bridgestone patented non-twisted cords with ternary coatings that allow thinner rubber skim, removing 100-150 grams per tire and helping EVs meet range targets. Michelin’s polybenzoxazine resin eliminates cobalt entirely and secures comparable adhesion, appealing to EU chemical-safety agendas. Chinese mills, flush with wire-rod overcapacity, discount zinc-coated grades by 8-12%, enabling budget-focused tire makers to switch without tooling changes. Consequently, brass retains dominance yet faces gradual dilution from specialty coatings within the broader steel tire cord market.

Note: Segment shares of all individual segments available upon report purchase

By Application: Passenger Vehicles Lead, Commercial Segments Accelerate

Passenger tires absorbed 81.35% of the 2025 volume and will grow at a 4.22% CAGR through 2031 as global vehicle parc expansion and EV replacements shorten duty cycles. Commercial-vehicle tires show the highest incremental steel tire cord market size gains because radialization in China and India increases cord content from 1 kg to around 3 kg per tire. Two-wheelers add a steady but low-intensity demand of 0.3-0.5 kg per tire, while aircraft tires remain technologically critical despite minimal volume. Industrial segments benefit from construction and mining booms in Brazil, Saudi Arabia, and India’s USD 1.4 trillion infrastructure pipeline.

Application mix is fragmenting. EV passenger tires require cords with double life-cycle fatigue limits, and premium OEMs are prepared to pay 20-30% premiums, lifting margins for R&D-driven suppliers. Long-haul trucking seeks high-tensile cords for durability, whereas urban logistics fleets opt for low-rolling-resistance grades. Two-wheeler radialization in ASEAN introduces steel cord to models that previously used nylon, a nascent but rising pocket inside the steel tire cord market. Technology spillovers from aircraft, such as 3,500-4,000 MPa cords, feed future automotive innovations, preserving a cross-segment knowledge flywheel.

Note: Segment shares of all individual segments available upon report purchase

Geography Analysis

Asia-Pacific anchored 50.22% of 2025 volume, driven by China’s 704 million-tire output target and 96% truck radialization push that together add 1.2-1.5 million tons cord demand. Regional CAGR sits at 5.12% as tire makers migrate to lower-cost ASEAN clusters. Xingda’s plant underscores this realignment and will lift the regional steel tire cord market capacity by 260,000 tons in 2027. India’s Production Linked Incentive scheme earmarked INR 6,322 crore (USD 725.7 million) to stimulate domestic specialty-steel investment, but Chinese wire-rod imports that surged 30% in 2024-2025 slashed local mill margins by up to 91%, slowing high-tensile upgrades. Japan and South Korea prune commodity capacity to fund EV materials, typified by Hyosung’s contemplated USD 1 billion exit.

In North America, the USMCA nudges some reshoring through Mexican expansions, yet 2024 USITC findings of up to 48.39% dumping margins on Thai truck tires highlight cost pressure. EV sales reached 1.4 million units in 2025, nudging demand for ultra-thin cords, but the installed-base effect keeps total tonnage moderate. Europe’s market share, as Regulation 2020/740 and looming Euro 7 abrasion limits, channels demand toward advanced coatings. Bekaert’s acquisition of Bridgestone’s Asian plants provides a footprint to serve European OEMs from cost-effective hubs.

South America and the Middle East Africa together grow in lockstep with resource investment. Brazil’s road-building surge lifted truck-tire output, and Continental invested USD 26.5 million in a conveyor-belt cord facility to tap mining demand. Saudi Arabia’s Vision 2030 infrastructure pipeline boosts OTR tire consumption, yet political and currency volatility keeps most cord imports Asia-sourced. Technology leapfrogging appears where new plants adopt EV-grade cords from inception, bypassing incremental traditional upgrades, thereby widening the geographic spread of premium products in the global steel tire cord market.