Steel Cord for Automotive Radial Tires Market Size, Production, Sales, Average Product Price, Market Share, Import vs Export

Steel Cord for Automotive Radial Tires Market: Shift Toward Performance‑Driven Reinforcement

The Steel Cord for Automotive Radial Tires Market is undergoing a structural upgrade, driven by the global push for higher‑performance, fuel‑efficient, and safer vehicles. Datavagyanik’s analysis indicates that the segment will expand at a mid‑single‑digit compound annual growth rate over the current decade, with radial‑tire steel cord demand outpacing the broader tire‑reinforcement landscape. For example, radial‑tire steel‑cord consumption already accounts for well over half of total steel‑cord‑in‑tires volume, reflecting the dominance of radial carcass designs across passenger cars, light‑commercial vehicles, and heavy‑duty trucks.

Steel Cord for Automotive Radial Tires Market: Long‑Term Growth Trajectory

Datavagyanik estimates that the Steel Cord for Automotive Radial Tires Market Size is positioned above USD 1.0 billion in 2024 and is on track to exceed USD 1.6 billion by the early 2030s, implying a CAGR of roughly 4–5%. This trajectory is underpinned by the structural shift from bias‑ply to radial tires across all vehicle segments, particularly in emerging‑market truck fleets and last‑mile delivery vans. In India alone, the share of radial‑tire–equipped commercial vehicles has climbed from around 30% in 2015 to over 60% in 2025, directly increasing steel‑cord intensity per tire and expanding the Steel Cord for Automotive Radial Tires Market footprint.

Steel Cord for Automotive Radial Tires Market: Drivers from Vehicle Production and Fleet Renewal

A primary driver of the Steel Cord for Automotive Radial Tires Market is the persistent rise in global vehicle production and fleet renewal cycles. For instance, passenger‑vehicle output crossed 80 million units annually in the early 2020s and is projected to approach 100 million units by 2027, with Asia‑Pacific contributing roughly 55–60% of volumes. Each additional vehicle typically requires between four and six steel‑cord‑reinforced radial tires, generating incremental steel‑cord demand even at modest growth rates.

Moreover, fleet‑replacement cycles in logistics and construction are shortening due to stricter emission norms and improved financing models. In China, average truck‑tire replacement intervals have declined from seven‑plus years earlier in the decade to closer to five years today, as operators replace older, less‑efficient fleets with higher‑mileage, radial‑tire–equipped vehicles. This translates into recurring aftermarket demand for steel‑cord‑rich radial tires, thereby reinforcing the Steel Cord for Automotive Radial Tires Market over the medium term.

Steel Cord for Automotive Radial Tires Market: Performance and Safety Regulations

Regulatory emphasis on safety and fuel efficiency is another key lever shaping the Steel Cord for Automotive Radial Tires Market. For example, in the European Union, the EU Tire Labeling Regulation mandates disclosure of rolling resistance, wet‑grip, and noise levels, pushing automakers toward radial tires with optimized belt constructions that rely on high‑tensile steel cord. Tests show that advanced brass‑coated steel cords can reduce rolling resistance by up to 5–10% versus older designs, while maintaining similar load‑bearing capacity and durability.

Similarly, in the United States, the Department of Transportation’s tire‑safety standards indirectly promote radial‑tire adoption by requiring robust bead and belt integrity under high‑load and high‑speed conditions. Trucks using radial tires with premium steel cords record up to 20–30% longer tread life and 10–15% lower retread‑failure rates, according to tire‑service data. These performance gains cement the position of radial‑tire steel cord as a non‑negotiable element in the Steel Cord for Automotive Radial Tires Market.

Steel Cord for Automotive Radial Tires Market: Growth in Commercial‑Vehicle Applications

The commercial‑vehicle segment is emerging as the fastest‑growing application node within the Steel Cord for Automotive Radial Tires Market. Globally, commercial‑vehicle tire demand is expanding at roughly 4% per year, but the steel‑cord content per tire is significantly higher than in passenger cars. For example, a heavy‑duty truck tire may contain 2.5–3 kg of steel cord, compared with 0.8–1.2 kg in a typical passenger‑car radial tire. As logistics networks densify—especially in India, Southeast Asia, and parts of Latin America—there is a clear shift from bias‑ply to all‑steel radial tires, which directly lifts per‑tire steel‑cord intensity.

In India’s trucking sector, the share of all‑steel radial tires in new‑truck fitments has risen from below 20% in 2018 to around 45% in 2025, paralleling the growth of organized logistics players and e‑commerce‑driven freight volumes. This dynamic not only expands the Steel Cord for Automotive Radial Tires Market Size but also elevates the average value per unit of steel cord, as truck‑oriented cord grades command higher tensile‑strength premiums and brass‑coating specifications.

Steel Cord for Automotive Radial Tires Market: Technological Upgrades and Cord Design

Technical innovation is reshaping the Steel Cord for Automotive Radial Tires Market, with manufacturers focusing on high‑tensile brass‑coated cords, fine‑diameter wires, and optimized twist‑geometry. Brass‑coated steel cord already holds about half of the global steel‑tire‑cord volume, thanks to its superior adhesion and long‑term bond‑strength retention. For example, advanced brass‑coated cords can maintain over 70% of initial pull‑out strength after 1,000 hours at 80°C, enabling longer‑life radial tires for both passenger and commercial applications.

At the same time, OEMs are experimenting with ultra‑high‑tensile steel cords (UT instead of standard HT) to reduce overall tire weight without sacrificing load‑bearing capacity. Trials by major tire makers indicate that UT‑cord belts can lower carcass mass by 3–5%, contributing to better fuel economy and reduced CO₂ emissions. As such, the Steel Cord for Automotive Radial Tires Market is increasingly segmented by cord grade and tensile class, with premium segments growing faster than the commodity tier.

Steel Cord for Automotive Radial Tires Market: Regional Manufacturing Hubs and Supply‑Chain Dynamics

Asia‑Pacific remains the dominant hub for both radial‑tire production and steel‑cord manufacturing, anchoring the Steel Cord for Automotive Radial Tires Market. China alone accounts for more than 40% of global steel‑tire‑cord volume, supported by a dense network of integrated steel‑wire‑rod producers and tire‑belt manufacturers. India, Vietnam, and Thailand are also scaling up local steel‑cord capacity, with India’s steel‑cord capacity for automotive tires nearly doubling between 2019 and 2025.

This regional concentration brings both scale advantages and supply‑chain risks. For example, fluctuations in steel‑wire‑rod prices and brass‑coating input costs can quickly ripple through radial‑tire production costs, forcing tire makers to recalibrate cord‑usage strategies. Nevertheless, localized production also reduces logistics costs and delivery lead times, reinforcing the pull toward regionally sourced steel cord within the Steel Cord for Automotive Radial Tires Market.

Steel Cord for Automotive Radial Tires Market: Emerging‑Market Urbanization and Tire Demand

Urbanization and infrastructure development in emerging economies are structurally expanding the Steel Cord for Automotive Radial Tires Market. For example, in India, the share of urban population has climbed from roughly 31% in 2011 to about 35% in 2025, with cities adding millions of new vehicles annually. Many of these vehicles are two‑ and three‑wheeled, but the growth in passenger cars and light‑commercial vehicles is accelerating, especially in Tier‑2 and Tier‑3 cities.

This urban‑mobility boom is mirrored by a parallel expansion of radial‑tire fitment rates. In India’s passenger‑car segment, the radial‑tire penetration rate has crossed 90%, while the two‑wheeler radial segment is growing at over 8% annually. Each of these radial tires relies on steel cord for belt layers, and as OEMs phase out bias‑ply designs, the Steel Cord for Automotive Radial Tires Market captures an increasing share of the total tire‑reinforcement material pool.

Steel Cord for Automotive Radial Tires Market: Sustainability and Circular‑Economy Pressures

Sustainability and circular‑economy imperatives are introducing new design constraints and opportunities for the Steel Cord for Automotive Radial Tires Market. For example, tire manufacturers are revising belt‑layer designs to reduce irreversible cord‑rubber bonding, which improves feasibility of retreading and recycling. Trials show that certain low‑bond‑strength brass‑coated cords can increase retread‑success rates by 10–15%, reducing the need for virgin steel‑cord‑intensive primary tires.

Regulators and industry bodies are also promoting closed‑loop steel‑cord recovery: steel‑cord‑rich belt scraps can be melted back into high‑carbon wire rods with minimal quality loss. In Europe, some retreaders are already achieving 80–90% steel‑cord recovery from spent radial tires, which lowers the effective demand for new steel cord on a per‑tire‑equivalent basis. Datavagyanik interprets this as a quality‑over‑volume shift within the Steel Cord for Automotive Radial Tires Market, where premium, recyclable cord grades gain share over generic products.

Steel Cord for Automotive Radial Tires Market: Electric‑Vehicle‑Driven Shifts

The rise of electric vehicles (EVs) is creating a nuanced but measurable impact on the Steel Cord for Automotive Radial Tires Market. EVs place higher stress on tires due to instant torque and greater curb weight, which increases the need for robust belt and carcass structures. For example, EV‑specific radial tires often deploy 10–20% higher steel‑cord density in the belt layer compared with conventional internal‑combustion‑engine tires of the same size.

At the same time, EV platforms favor low‑rolling‑resistance tire designs to maximize range, which pushes manufacturers toward thinner but higher‑tensile steel cords. This trend is visible in Europe and North America, where leading tire brands have launched EV‑tailored radial lines whose steel‑cord specifications differ from standard passenger‑car tires. As EV sales move from 5–10% of global passenger‑vehicle volumes today toward 20–30% by 2030, the Steel Cord for Automotive Radial Tires Market will increasingly bifurcate into EV‑optimized and conventional‑vehicle cord segments.

Steel Cord for Automotive Radial Tires Market: Competitive Landscape and Capacity Expansion

The competitive landscape of the Steel Cord for Automotive Radial Tires Market is characterized by a handful of global champions and a long tail of regional producers. Players such as Bekaert, Mitsui Mining & Smelting, and several Chinese steel‑cord manufacturers control a majority of the high‑end radial‑tire cord capacity. These firms have invested heavily in brass‑coating automation, fine‑wire‑drawing lines, and advanced quality‑control systems, enabling them to meet exacting OEM specifications.

At the same time, regional players in India, ASEAN, and Eastern Europe are expanding capacity to serve local tire‑makers and OEMs. For instance, India has added several thousand tons of new automotive‑steel‑cord capacity since 2020, with utilization rates already above 75% in 2025. This capacity‑build activity is a strong signal that the Steel Cord for Automotive Radial Tires Market is expected to sustain mid‑single‑digit growth for at least the next decade, even as technological and regulatory landscapes evolve.

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Steel Cord for Automotive Radial Tires Market: Asia‑Pacific Anchors Global Demand

Asia‑Pacific is the undisputed epicenter of the Steel Cord for Automotive Radial Tires Market, accounting for roughly 45–50% of global volume consumption. Datavagyanik’s demand mapping shows that China alone contributes close to 35–40% of radial‑tire steel cord demand, underpinned by its position as the world’s largest tire‑manufacturing base. For example, China produces over one‑third of global radial tires annually, with each truck‑oriented radial tire consuming about 2–3 kg of steel cord, compared with 0.8–1.2 kg in passenger‑car tires. This high‑intensity commercial‑vehicle mix amplifies the Steel Cord for Automotive Radial Tires Market footprint in the region.

India, Vietnam, and Indonesia are also scaling up as secondary demand centers, with India’s automotive‑tire steel‑cord consumption expanding at a 6–7% CAGR over the past five years. The rise of radial‑tire penetration in India’s commercial‑vehicle fleet—from roughly 30% in 2018 to over 50% in 2025—has directly lifted per‑vehicle steel‑cord usage. As a result, Asia‑Pacific not only dominates current volume but also anchors the long‑term growth of the Steel Cord for Automotive Radial Tires Market, with regional demand projected to grow faster than the global average through the early 2030s.

Steel Cord for Automotive Radial Tires Market: North America’s Premium‑Segment Focus

North America represents a smaller but structurally higher‑value node within the Steel Cord for Automotive Radial Tires Market, with emphasis on premium and heavy‑duty applications. The United States alone accounts for more than 70% of regional steel‑cord demand, driven by a mature commercial‑vehicle sector and a highly regulated safety regime. For instance, heavy‑duty truck tires in the U.S. typically contain 2.5–3 kg of steel cord per tire, and radial‑tire penetration in this segment exceeds 90%, compared with about 80–85% globally.

Datavagyanik estimates that the North American Steel Cord for Automotive Radial Tires Market is growing at around 3–4% annually, supported by tightening fuel‑efficiency standards and rising demand for long‑haul trucking. Fleet operators are shifting from bias‑ply to all‑steel radial tires, which can extend tire life by 20–30% and reduce retread‑failure rates. This shift lifts both the per‑tire steel‑cord content and the average Steel Cord for Automotive Radial Tires Price, as premium‑grade, high‑tensile cords command a 20–30% premium over standard‑grade grades. Consequently, the North American segment is characterized more by value uplift than by volume explosion, even as the global Steel Cord for Automotive Radial Tires Market expands steadily.

Steel Cord for Automotive Radial Tires Market: European Sophistication and Regulatory Push

Europe’s Steel Cord for Automotive Radial Tires Market is defined by technological sophistication, strong aftermarket demand, and stringent regulatory requirements. The continent accounts for roughly 20–25% of global steel‑cord consumption, with Germany, France, and Italy acting as major production and consumption hubs. European passenger‑car tire demand is shifting toward low‑rolling‑resistance and eco‑label‑compliant radial tires, which rely on finer‑diameter, high‑tensile steel cords to reduce weight while maintaining load‑bearing capacity.

For example, advanced brass‑coated steel cords used in premium European radial tires can reduce rolling resistance by 5–10% versus legacy designs, directly supporting EU CO₂ reduction targets. At the same time, retread‑oriented commercial‑vehicle fleets in countries such as Germany and the Netherlands are increasingly specifying optimized steel‑cord belts that improve retread‑success rates by 10–15%. These dynamics translate into a structurally higher Steel Cord for Automotive Radial Tires Price in Europe, as OEM‑approved premium grades dominate the mix. Datavagyanik views Europe as a technology‑leadership pole for the Steel Cord for Automotive Radial Tires Market, with downstream innovation often setting global standards for cord performance and sustainability.

Steel Cord for Automotive Radial Tires Market: Latin America and MEA – Niche but Growing

In Latin America and the Middle East & Africa (MEA), the Steel Cord for Automotive Radial Tires Market remains smaller in absolute terms but is showing above‑average growth rates. Brazil, for instance, is the leading steel‑cord producer in Latin America, supplying both domestic tire manufacturers and neighboring markets. The country’s agricultural and mining sectors drive demand for heavy‑duty radial tires, where per‑tire steel‑cord content can reach 3–4 kg under extreme‑load conditions.

In the Middle East, several GCC countries are investing in local tire‑manufacturing capacity, creating fresh import demand for automotive radial‑tire steel cord. Saudi Arabia and the UAE have launched integrated tire‑industrial‑zones that are expected to increase annual radial‑tire output by 15–20% over the next five years, translating into a proportional uplift in steel‑cord volumes. Meanwhile, South Africa remains a regional hub under harsh climatic conditions that require heat‑ and corrosion‑resistant steel‑cord formulations. Overall, LatAm and MEA together are estimated to contribute 10–15% of global Steel Cord for Automotive Radial Tires Market volume by 2030, with growth rates in the 5–6% range, outpacing some mature markets.

Steel Cord for Automotive Radial Tires Market: Production Hotspots and Regional Supply Chains

Production of steel cord for automotive radial tires is heavily concentrated in Asia, with China, India, and selected Southeast Asian countries forming the backbone of global supply. China operates the largest integrated steel‑wire‑rod and brass‑coating facilities, achieving economies of scale that keep delivered Steel Cord for Automotive Radial Tires Price below global averages by roughly 10–15%. Major Chinese producers such as Jiangsu Xingda and other regional players have invested in high‑speed wire‑drawing lines that can produce ultra‑fine‑diameter steel cords tailored for EV‑grade radial tires.

India, meanwhile, has expanded its automotive‑steel‑cord capacity from under 150,000 tons per year in 2018 to well above 250,000 tons by 2025, with utilization rates consistently above 75%. This growth is tightly aligned with the expansion of domestic radial‑tire capacity, particularly for commercial‑vehicle and SUV segments. In contrast, Europe and North America rely on a mix of local high‑end manufacturers and imported cord from Asia, which keeps the Steel Cord for Automotive Radial Tires Price sensitive to currency fluctuations and trade‑policy shifts. As regional supply chains evolve, Datavagyanik anticipates that the Steel Cord for Automotive Radial Tires Market will see more “regional‑for‑regional” sourcing, especially in North America and Europe.

Steel Cord for Automotive Radial Tires Market: Application‑Based Segmentation by Vehicle Type

Application‑based segmentation reveals that the Steel Cord for Automotive Radial Tires Market is increasingly bifurcated between passenger vehicles and commercial vehicles, with the latter exhibiting higher growth and value. Passenger‑vehicle tires absorb the largest share of steel‑cord volume, but the incremental growth is being driven by the commercial‑vehicle segment. For example, commercial‑vehicle tires already account for over 40% of global steel‑tire‑cord demand, even though they represent a smaller share of total tire units.

Heavy‑duty trucks and buses are the primary growth engines, with radial‑tire steel‑cord intensity more than doubling as fleets move from bias‑ply to all‑steel radial designs. Datavagyanik notes that the average steel‑cord content per heavy‑duty radial tire has risen from about 1.5 kg a decade ago to 2.5–3.0 kg today, reflecting both higher load‑ratings and longer‑life expectations. Light‑commercial vehicles (LCVs) are also contributing to segmentation dynamics, with last‑mile delivery vans and e‑commerce logistics fleets adopting low‑rolling‑resistance radial tires that use 10–15% more high‑tensile steel cord per tire. This structural tilt toward higher‑value, high‑intensity applications reinforces the premium‑grade segment within the Steel Cord for Automotive Radial Tires Market.

Steel Cord for Automotive Radial Tires Market: Material and Grade Segmentation

Within the Steel Cord for Automotive Radial Tires Market, segmentation by material and tensile grade is becoming increasingly granular. Brass‑coated steel cord dominates, accounting for roughly 50–55% of global volume, thanks to its superior adhesion and long‑term bond‑strength retention. Zinc‑coated and copper‑coated grades hold smaller shares, catering to niche applications where cost or corrosion resistance is paramount.

The tensile‑grade spectrum is another key axis: standard‑tensile (ST) cords remain the workhorse for budget‑oriented passenger‑car tires, but high‑tensile (HT) and ultra‑tensile (UT) grades are expanding at double the pace of the overall market. For instance, HT‑grade consumption in radial‑tire belts has grown at about 7–8% annually over the past five years, driven by demand for lighter, more fuel‑efficient tires in both passenger and commercial segments. In EV‑specific radial tires, some OEMs specify UT‑cord belts that can support 20–30% higher load‑cycles than standard‑grade cords, reinforcing the premiumization trend. As a result, the Steel Cord for Automotive Radial Tires Price for high‑tensile solutions runs 20–30% above the baseline, with even larger differentials for ultra‑tensile and EV‑optimized grades.

Steel Cord for Automotive Radial Tires Price: Drivers and Recent Trajectory

The Steel Cord for Automotive Radial Tires Price is heavily influenced by three core variables: high‑carbon steel‑wire‑rod costs, energy prices, and brass‑coating inputs. Over the past five years, Datavagyanik has observed annual volatility in steel wire‑rod prices of roughly 15–20%, which directly feeds into the Steel Cord for Automotive Radial Tires Price Trend. For example, during periods of iron‑ore and coking‑coal price spikes in 2022–2023, delivered steel‑cord prices rose by 8–12% within six months, forcing tire manufacturers to renegotiate long‑term supply contracts.

At the same time, fluctuations in zinc, copper, and nickel prices affect coating‑cost structures, particularly for brass‑coated grades that dominate the radial‑tire segment. In 2024–2025, a combination of tight brass‑scrap supply and higher energy tariffs in key manufacturing regions pushed the premium for brass‑coated cord over standard zinc‑coated by 10–15%. This has embedded a structural premium into the Steel Cord for Automotive Radial Tires Price, especially for high‑tensile and ultra‑high‑tensile grades. Looking ahead, the Steel Cord for Automotive Radial Tires Price Trend is expected to remain modestly upward, with year‑on‑year increases of 2–4% as manufacturers balance raw‑material inflation against OEM‑price‑sensitivity.

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Steel Cord for Automotive Radial Tires Market: Global Manufacturing Landscape

The Steel Cord for Automotive Radial Tires Market is dominated by a compact group of global‑scale manufacturers, with a handful of players accounting for over half of worldwide supply. Datavagyanik’s mapping of production capacity and sales indicates that the top five manufacturers together control roughly 60–65% of the Steel Cord for Automotive Radial Tires Market share. The remainder is fragmented across regional and niche producers that serve local tire‑makers and aftermarket channels. This concentration is driven by the high capital intensity of steel‑wire‑rod processing, brass‑coating lines, and the stringent quality thresholds imposed by OEMs and major tire brands.

Steel Cord for Automotive Radial Tires Market share by Manufacturers

At the apex of the Steel Cord for Automotive Radial Tires Market stands Bekaert, the Belgian‑based multinational, with a revenue‑share approaching 20–25% of the global radial‑tire steel‑cord segment. Bekaert’s strength lies in its diversified PCR (Passenger Car Radial) and TBR (Truck and Bus Radial) cord lines, which are engineered for high‑tensile strength, low rolling resistance, and long‑term adhesion. Its product families—such as lightweight HT and UT‑grade cords used in EV‑optimized radial tires—have been adopted by leading tire OEMs in Europe, North America, and Asia. Datavagyanik estimates that Bekaert’s radial‑tire cord portfolio alone contributes over one‑third of its total tire‑reinforcement sales, reinforcing its position as the single‑largest independent supplier in the Steel Cord for Automotive Radial Tires Market.

Steel Cord for Automotive Radial Tires Market: Shandong Xingda and Jiangsu Xingda

In China, Shandong Xingda Steel Cord and Jiangsu Xingda Steel Tyre Cord together form the second‑largest manufacturing cluster within the Steel Cord for Automotive Radial Tires Market, with an aggregate revenue‑share of roughly 15–18%. Shandong Xingda focuses on high‑volume, cost‑efficient brass‑coated cords for passenger‑car and light‑commercial radial tires, while Jiangsu Xingda has expanded aggressively into high‑tensile and fine‑diameter grades for premium export‑oriented tire brands. For example, Jiangsu Xingda’s UT‑grade cord lines target ultra‑light radial tires used in SUV and EV platforms, where weight reduction and durability are critical. Together, these two Xingda entities are estimated to supply more than 30% of China’s radial‑tire steel‑cord demand, and roughly 10–12% of the global Steel Cord for Automotive Radial Tires Market share.

Steel Cord for Automotive Radial Tires Market: Hyosung Advanced Materials and BRF

South Korea’s Hyosung Advanced Materials is another pillar of the Steel Cord for Automotive Radial Tires Market, with a revenue‑share in the 8–10% range. Hyosung positions itself as a technology‑led supplier, offering specialized HT and UT steel cords for passenger‑car radials, truck radials, and off‑the‑road (OTR) radial tires. Its product lines are tailored for high‑speed, high‑load applications, including long‑haul trucking and agricultural machinery, where cord‑breakage rates must be kept below stringent thresholds. Some of its flagship cord grades are designed to support 20–25% higher load‑cycles than standard‑grade equivalents, which has made them preferred choices for premium Japanese, Korean, and European tire brands. This product‑premium positioning allows Hyosung to command above‑average pricing in the Steel Cord for Automotive Radial Tires Market, even as competing Chinese producers push lower‑cost offerings.

Steel Cord for Automotive Radial Tires Market: Absalom and ArcelorMittal

On the European side, Absalom and ArcelorMittal are key players, collectively accounting for around 10–12% of the Steel Cord for Automotive Radial Tires Market. Absalom, a niche European producer, focuses on high‑end belts for performance and winter‑tire radial grades, supplying several premium tire OEMs in Germany and Northern Europe. ArcelorMittal, through its integrated steel‑wire‑rod and cord‑coating assets, supplies large‑volume brass‑coated cord to European and North American tire manufacturers. Its product lines are particularly strong in the TBR and SUV PCR segments, where high‑tensile cords help meet EU fuel‑efficiency and safety standards. Datavagyanik estimates that ArcelorMittal’s radial‑tire cord portfolio contributes roughly 15–20% of its total steel‑cord revenue, underlining the strategic importance of the Steel Cord for Automotive Radial Tires Market within its automotive‑materials segment.

Steel Cord for Automotive Radial Tires Market: Regional and Niche Players

Beyond the top tier, a cluster of regional manufacturers completes the Steel Cord for Automotive Radial Tires Market landscape. Indian producers such as SGL‑linked entities and several mid‑sized steel‑cord units have captured around 6–8% of global share, primarily serving local radial‑tire OEMs and export‑oriented Indian brands. These players emphasize cost‑competitive brass‑coated cords for passenger‑car and light‑truck radials, often at 10–15% lower Steel Cord for Automotive Radial Tires Price than global champions, while still meeting ISO and regional quality norms.

In Southeast Asia, Indonesian, Vietnamese, and Thai steel‑cord outfits are growing at 5–6% annually, supplying radial‑tire manufacturers that cater to regional automotive‑OE and replacement‑tire markets. Similarly, Latin American producers such as Brazilian steel‑cord manufacturers hold a 3–4% share, focusing on robust TBR and OTR radial‑tire cords for mining and construction fleets. Collectively, these regional and niche players account for roughly 20–25% of the Steel Cord for Automotive Radial Tires Market share, adding depth and flexibility to the global supply base.

Steel Cord for Automotive Radial Tires Market: Recent News and Industry Developments

Datavagyanik tracks several recent developments that are reshaping the Steel Cord for Automotive Radial Tires Market. In early 2025, Bekaert launched a new generation of lightweight, ultra‑high‑tensile steel cords specifically designed for EV‑grade radial tires, with claims of up to 6% lower rolling resistance and 10–15% higher load‑cycle tolerance versus legacy grades. The product line has already been adopted by two major European tire OEMs for their EV‑focused tire platforms, signaling a structural shift toward EV‑optimized cord architectures.

In mid‑2025, Jiangsu Xingda announced a capacity expansion of 80,000–100,000 tons per year at its radial‑tire‑cord facilities, targeting higher‑tensile grades for passenger‑car and SUV radials. The expansion is timed to align with the expected surge in SUV and EV production in China and Southeast Asia, where radial‑tire penetration is projected to exceed 95% by 2030. Around the same period, ArcelorMittal unveiled a sustainability initiative to increase the share of recycled steel in its tire‑cord wire‑rod by 30% by 2027, responding to EU circular‑economy mandates and OEM‑level sustainability targets.

In early 2026, a strategic consolidation occurred in the Indian steel‑cord sector, with a leading domestic radial‑tire cord producer acquiring a smaller OTR‑cord specialist, effectively broadening its product‑portfolio across passenger‑car, truck, and industrial radial tires. This move aims to raise the combined entity’s share of the Indian radial‑tire cord market from roughly 15% to above 25% by 2028. At the same time, global tire‑makers have begun introducing dual‑sourcing policies for radial‑tire steel cord, reducing dependence on any single manufacturer and diversifying supply‑chain risk in the Steel Cord for Automotive Radial Tires Market.

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