Electrical Steel Market Size, Share, Growth, and Industry Analysis, By Type (Oriented Electrical Steels, Non-oriented Electrical Steels), By Application (Household, Industrial, Automotive), Regional Insights and Forecast to 2035

Electrical Steel Market Overview

The global Electrical Steel Market size estimated at USD 15060.17 million in 2026 and is projected to reach USD 37762.85 million by 2035, growing at a CAGR of 10.75% from 2026 to 2035.

The Electrical Steel Market is expanding due to rising electrification, renewable energy installations, and increasing production of energy-efficient transformers, electric motors, and generators. Electrical steel accounts for nearly 95% of transformer core materials worldwide because of its superior magnetic permeability and reduced core losses. Global electricity demand exceeded 30,000 TWh in 2024, increasing the requirement for advanced grain-oriented and non-oriented electrical steel. More than 70% of modern industrial motors utilize electrical steel laminations to improve efficiency. Manufacturing facilities continue investing in high-grade silicon steel containing approximately 3.2% silicon, enabling lower hysteresis loss and enhanced magnetic performance across transmission, automotive, and industrial applications.

The United States Electrical Steel Market continues to strengthen through investments in grid modernization, electric vehicle manufacturing, and domestic transformer production. The U.S. generated approximately 4,180 TWh of electricity during 2024, creating sustained demand for transformer cores and motor laminations. More than 290 million registered vehicles and expanding electric vehicle production have increased consumption of non-oriented electrical steel. Over 80% of utility transmission transformers rely on grain-oriented electrical steel to reduce energy losses. Federal infrastructure programs supporting transmission upgrades, renewable integration, and manufacturing expansion have accelerated domestic demand for premium electrical steel grades across industrial and automotive sectors.

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Key Findings

• Key Market Driver: Energy-efficient transformers and electric motors contribute approximately 68%, renewable energy integration accounts for 18%, electric vehicle manufacturing represents 9%, industrial automation contributes 3%, and other applications account for 2% of overall market demand.
• Major Market Restraint: High raw material costs contribute 46%, volatile energy prices represent 21%, complex manufacturing processes account for 15%, limited production capacity contributes 11%, and supply chain disruptions represent 7% of market constraints.
• Emerging Trends: High-permeability electrical steel contributes 34%, ultra-thin gauge products account for 26%, EV motor applications represent 22%, smart transformer materials contribute 11%, while recyclable steel innovations account for 7% of current market developments.
• Regional Leadership: Asia-Pacific commands approximately 61% of global consumption, Europe accounts for 17%, North America represents 14%, Middle East & Africa contribute 5%, and Latin America holds approximately 3% of market demand.
• Competitive Landscape: The leading five manufacturers collectively account for approximately 57% of global production capacity, while the top ten producers represent nearly 76%, regional manufacturers contribute 18%, and smaller suppliers hold approximately 6%.
• Market Segmentation: Non-oriented electrical steel represents approximately 63% of market demand, grain-oriented electrical steel accounts for 37%, industrial applications contribute 41%, automotive applications represent 34%, and household equipment accounts for 25%.
• Recent Development: Approximately 42% of manufacturer investments targeted production expansion, 27% focused on EV-grade steel, 16% supported low-loss electrical steel technologies, 9% emphasized digital manufacturing, and 6% enhanced sustainable steel processing.

Electrical Steel Market Latest Trends

The Electrical Steel Market is witnessing significant transformation through technological innovation and increasing demand for high-efficiency magnetic materials. Manufacturers are introducing thinner electrical steel sheets measuring 0.20 mm and 0.23 mm, improving magnetic flux density while reducing eddy current losses. More than 85% of newly manufactured high-voltage transformers incorporate premium grain-oriented electrical steel with advanced insulation coatings. Electric vehicle production surpassed 17 million units globally during 2024, substantially increasing demand for non-oriented electrical steel used in traction motors. Modern EV motors require electrical steel with magnetic polarization exceeding 1.8 Tesla, enabling improved torque density and efficiency.

Renewable energy expansion also supports electrical steel demand. Global wind power installations exceeded 1,100 GW, while solar capacity crossed 2,000 GW, requiring thousands of grid transformers manufactured using grain-oriented electrical steel. Industrial automation continues accelerating, with more than 75 million electric motors installed annually in manufacturing facilities worldwide. Digital manufacturing technologies now improve steel rolling precision by nearly 18%, reducing thickness variations and improving product consistency. Recycling initiatives are becoming increasingly important, with recycled steel representing approximately 30% of feedstock in advanced electrical steel manufacturing. Manufacturers are also investing in hydrogen-based steelmaking technologies to reduce carbon emissions while maintaining premium magnetic properties required for modern electrical equipment.

Electrical Steel Market Dynamics

DRIVER

"Rising demand for energy-efficient transformers and electric vehicles."

Rapid expansion of electricity infrastructure and electrified transportation remains the strongest growth factor for the Electrical Steel Market. More than 70% of electricity generated worldwide passes through transformers manufactured with grain-oriented electrical steel. Transformer efficiency improvements of approximately 1.5% can significantly reduce annual electricity losses across national grids. Electric vehicle production exceeded 17 million units during 2024, and each traction motor requires high-grade non-oriented electrical steel laminations for maximum efficiency. Industrial electric motor installations surpassed 320 million operational units globally, with premium electrical steel reducing core losses by approximately 30% compared with conventional steel. Growing renewable power capacity exceeding 3,100 GW worldwide also requires thousands of new substations and transformers, further strengthening electrical steel consumption across utility infrastructure, manufacturing, transportation, and renewable energy applications.

RESTRAINT

"High production costs and limited manufacturing capacity."

Electrical steel manufacturing requires specialized processing equipment, precision rolling mills, controlled annealing furnaces, and advanced coating technologies, increasing production costs substantially. Silicon content of approximately 3.2% must be carefully maintained to achieve required magnetic properties, making manufacturing technically demanding. Only a limited number of global producers possess facilities capable of manufacturing premium grain-oriented electrical steel with magnetic induction exceeding 1.9 Tesla. Energy consumption during steel processing remains high, with heat-treatment operations accounting for nearly 35% of manufacturing energy usage. Raw material price fluctuations continue affecting production planning, while long qualification cycles for utility transformer manufacturers frequently exceed 12 months, delaying commercial adoption of new electrical steel grades. Supply shortages of transformer-grade steel have also extended equipment delivery schedules across multiple industrial sectors.

OPPORTUNITY

"Expansion of renewable energy infrastructure and smart power grids."

The modernization of electrical transmission networks presents substantial opportunities for electrical steel manufacturers. More than 40% of transmission infrastructure in developed economies has been operating for over 30 years, increasing replacement demand for high-efficiency transformers. Smart grid deployment projects continue expanding across over 120 countries, requiring advanced transformer technologies manufactured using premium grain-oriented electrical steel. Offshore wind turbines exceeding 15 MW capacity require larger generators with enhanced magnetic materials, increasing consumption of specialized electrical steel. Urban electrification programs and industrial expansion continue driving installation of millions of energy-efficient motors annually. Hydrogen production facilities, battery manufacturing plants, and high-speed railway electrification projects are creating additional opportunities for premium electrical steel capable of supporting higher magnetic flux density and lower core losses. Manufacturers expanding ultra-thin electrical steel production lines are expected to benefit from these evolving industrial requirements.

CHALLENGE

"Maintaining product quality while meeting sustainability targets."

Manufacturers face increasing pressure to improve magnetic performance while reducing environmental impact throughout production. Premium grain-oriented electrical steel requires highly controlled processing temperatures exceeding 1,100°C, resulting in substantial energy consumption. Maintaining consistent crystal orientation across production batches remains technically complex because minor variations can reduce transformer efficiency by approximately 2%. Carbon reduction initiatives require steel manufacturers to transition toward cleaner production technologies without compromising product quality. Recycling electrical steel also presents challenges because maintaining precise silicon composition is essential for preserving magnetic characteristics. Additionally, global demand for electrical transformers continues exceeding available manufacturing capacity in several regions, creating extended delivery periods of more than 18 months for certain transformer categories. Balancing production efficiency, environmental compliance, and consistent product performance remains one of the industry's most significant operational challenges.

Electrical Steel Market Segmentation

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The Electrical Steel Market is segmented by type into oriented electrical steels and non-oriented electrical steels, while application includes household, industrial, and automotive sectors. Non-oriented electrical steel accounts for approximately 63% of global demand because of its extensive use in electric motors, generators, compressors, and electric vehicles. Oriented electrical steel contributes nearly 37% owing to its dominance in transformer cores and high-voltage transmission systems. By application, industrial equipment represents about 41% of total consumption, automotive accounts for 34%, and household appliances contribute 25%. Rising electrification, renewable energy projects, and energy efficiency regulations continue strengthening demand across every segment.

BY TYPE

Oriented Electrical Steels: Oriented electrical steels, commonly known as grain-oriented electrical steels (GOES), account for approximately 37% of the global Electrical Steel Market. These products are specifically engineered with crystal structures aligned in one rolling direction, allowing magnetic permeability above 1.90 Tesla while minimizing hysteresis losses. More than 90% of high-voltage power transformers utilize grain-oriented electrical steel because of its exceptional magnetic efficiency. Standard sheet thicknesses of 0.23 mm, 0.27 mm, and 0.30 mm remain widely adopted in transmission and distribution transformer manufacturing. Demand for oriented electrical steels is expanding as utilities replace aging transformers installed over 30 years ago. More than 80% of transmission transformers installed in developed economies rely on premium GOES laminations to improve efficiency and reduce electricity losses. Renewable energy integration has further accelerated consumption because every wind farm and solar substation requires multiple power transformers. Advanced laser-scribed grain-oriented steel improves core loss performance by nearly 10% compared with conventional grades, encouraging manufacturers to invest in premium production technologies. Increasing grid modernization projects across Asia-Pacific, Europe, and North America continue supporting long-term demand for oriented electrical steels.

Non-oriented Electrical Steels: Non-oriented electrical steels (NOES) represent approximately 63% of the global Electrical Steel Market due to their versatility in rotating electrical machines. Unlike grain-oriented products, NOES provides nearly uniform magnetic properties in every direction, making it ideal for motors, generators, compressors, pumps, industrial machinery, and electric vehicle traction motors. Silicon content generally remains close to 3.2%, improving electrical resistance and reducing eddy current losses. Thicknesses including 0.20 mm, 0.35 mm, and 0.50 mm are extensively used across automotive and industrial manufacturing. The rapid expansion of electric mobility has significantly increased demand for premium non-oriented electrical steel. Global electric vehicle production exceeded 17 million units during 2024, with each traction motor requiring multiple laminated electrical steel stacks for high-speed operation. Industrial automation has also increased installations of energy-efficient motors, exceeding 75 million new units annually worldwide. Manufacturers continue developing high-strength NOES grades capable of operating above 20,000 rpm, enabling compact electric motor designs with improved power density. Growing investment in robotics, HVAC systems, elevators, industrial pumps, and renewable energy generators continues supporting the dominant position of non-oriented electrical steels within the global market.

BY APPLICATION

Household: The household application segment accounts for approximately 25% of the Electrical Steel Market. Household appliances including refrigerators, washing machines, air conditioners, vacuum cleaners, microwave ovens, and ceiling fans rely on electric motors manufactured with non-oriented electrical steel. More than 2 billion household appliances are produced globally every year, creating stable demand for electrical steel laminations. Energy-efficiency regulations introduced across major economies require manufacturers to use premium electrical steel that reduces motor losses by approximately 15% while improving operational reliability. Demand is further supported by urbanization and rising household electrification. Global air conditioner installations exceeded 2 billion operating units, while refrigerator ownership surpassed 1.8 billion units worldwide. Appliance manufacturers increasingly adopt thinner electrical steel laminations measuring 0.35 mm to reduce energy consumption and operating noise. Smart home technologies and inverter-driven appliances also require high-performance electric motors, encouraging greater use of advanced non-oriented electrical steel. Continuous replacement of conventional appliances with energy-efficient products remains a significant contributor to this application segment.

Industrial: Industrial applications represent the largest share of the Electrical Steel Market at approximately 41% of total consumption. Manufacturing plants, mining operations, oil and gas facilities, chemical processing units, water treatment plants, and power generation stations depend on electric motors, generators, and transformers manufactured with premium electrical steel. More than 320 million industrial motors operate worldwide, consuming nearly 45% of global electricity. Electrical steel significantly reduces core losses, improving operational efficiency and lowering maintenance requirements across industrial systems. Industrial automation continues expanding rapidly, with over 4 million industrial robots operating globally. Variable-frequency drives and high-efficiency motors increasingly require premium non-oriented electrical steel capable of maintaining stable magnetic performance under varying load conditions. Utility substations serving manufacturing facilities also utilize grain-oriented electrical steel in large transformers with capacities exceeding 500 MVA. Digital factories, smart manufacturing systems, and renewable-powered industrial facilities continue generating strong demand for advanced electrical steel products. This segment is expected to remain the largest consumer because industrial electrification continues accelerating across both developed and emerging economies.

Automotive: The automotive application segment contributes approximately 34% of global Electrical Steel Market demand. Electric vehicles, hybrid vehicles, charging infrastructure, and automotive auxiliary motors all require premium non-oriented electrical steel for efficient electromagnetic performance. Global electric vehicle production surpassed 17 million units in 2024, while hybrid vehicle manufacturing exceeded 9 million units. Each electric traction motor contains numerous laminated electrical steel components designed to minimize eddy current losses and improve torque output. Modern battery electric vehicles commonly utilize motors operating above 18,000 rpm, requiring advanced electrical steel with superior magnetic permeability and mechanical strength. In addition to propulsion systems, every vehicle incorporates multiple auxiliary motors for steering, braking, cooling, ventilation, seat adjustment, and window operation. Automotive manufacturers continue developing lightweight electric motors using ultra-thin electrical steel sheets measuring 0.20 mm, improving efficiency while reducing vehicle weight. Increasing government incentives for electric mobility, stricter emission regulations, and expanding charging infrastructure continue driving substantial growth in electrical steel demand across the automotive sector.

Electrical Steel Market Regional Outlook

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The Electrical Steel Market demonstrates strong regional variation based on industrialization, electricity infrastructure, automotive production, and renewable energy investments. Asia-Pacific leads with approximately 61% of global consumption due to large-scale steel manufacturing and transformer production. Europe accounts for nearly 17%, supported by energy-efficiency regulations and electric mobility. North America represents approximately 14%, driven by grid modernization and industrial investments. Middle East & Africa contributes around 5% through expanding infrastructure and renewable projects, while the remaining 3% is distributed across other developing markets. Regional investments continue improving production capacity and electrical equipment manufacturing worldwide.

NORTH AMERICA

North America accounts for approximately 14% of the global Electrical Steel Market, supported by strong transformer replacement programs, industrial modernization, and electric vehicle production. The United States contributes nearly 82% of regional consumption, while Canada and Mexico account for the remaining 18%. More than 80% of utility transformers operating in North America utilize grain-oriented electrical steel to improve transmission efficiency and reduce energy losses. Electricity generation exceeded 5,300 TWh annually across the region, sustaining stable demand for transformer-grade electrical steel. Electric vehicle manufacturing has become a major demand driver. Regional production exceeded 2 million electric vehicles annually, increasing consumption of premium non-oriented electrical steel for traction motors. Industrial facilities operate more than 40 million electric motors across manufacturing, mining, and processing industries. Grid modernization programs continue replacing transformers installed over 35 years ago, encouraging investment in high-efficiency magnetic materials. Manufacturers are also expanding domestic electrical steel production to strengthen supply chain resilience. Renewable energy projects, particularly wind and solar farms, continue increasing transformer installations, supporting long-term market expansion across North America.

EUROPE

Europe represents approximately 17% of the global Electrical Steel Market, supported by stringent energy-efficiency standards, advanced manufacturing, and rapid electrification of transportation. Germany contributes approximately 28% of regional electrical steel consumption, followed by France, Italy, Spain, and Poland. More than 75% of industrial motors installed across Europe now comply with high-efficiency performance standards, increasing demand for premium non-oriented electrical steel. Transformer modernization programs continue replacing aging infrastructure to reduce transmission losses and improve grid stability. European electric vehicle manufacturing exceeded 3 million units annually, creating sustained demand for advanced motor-grade electrical steel. Offshore wind projects with turbine capacities above 15 MW require large generators and high-capacity transformers utilizing premium grain-oriented electrical steel. More than 40% of regional electricity is generated from low-carbon sources, requiring expanded transmission infrastructure and efficient magnetic materials. Manufacturers continue investing in decarbonized steel production technologies while maintaining premium magnetic performance. High adoption of industrial automation, robotics, and smart manufacturing further strengthens regional demand for electrical steel products across automotive and industrial sectors.

ASIA-PACIFIC

Asia-Pacific dominates the Electrical Steel Market with approximately 61% of global consumption and production. China alone contributes nearly 58% of regional demand, followed by Japan, South Korea, India, and Southeast Asian economies. The region manufactures more than 70% of the world's transformers and electric motors, creating unmatched demand for grain-oriented and non-oriented electrical steel. Annual crude steel production exceeds 1 billion tonnes across Asia-Pacific, enabling integrated supply chains for advanced electrical steel manufacturing. China remains the largest producer and consumer because of extensive investments in renewable energy, ultra-high-voltage transmission networks, and electric vehicles. Regional electric vehicle production exceeded 12 million units annually, while industrial automation continues expanding across manufacturing facilities. India has accelerated transformer installations to strengthen nationwide electricity distribution, while Japan and South Korea remain leaders in premium high-permeability electrical steel technologies. Wind and solar power installations continue increasing across the region, requiring thousands of additional transformers and generators every year. Strong government policies supporting domestic manufacturing, electrification, and infrastructure development ensure Asia-Pacific maintains its leading market position.

MIDDLE EAST & AFRICA

The Middle East & Africa accounts for approximately 5% of the global Electrical Steel Market and continues expanding through infrastructure development, industrial diversification, and renewable energy investments. Gulf Cooperation Council countries contribute approximately 63% of regional electrical steel demand due to ongoing transmission network expansion and industrial projects. Electricity consumption continues increasing as urban populations grow and industrial facilities expand across the region. Large-scale renewable energy developments require substantial transformer installations utilizing grain-oriented electrical steel. Several countries are constructing solar power facilities exceeding 1 GW capacity, increasing demand for grid infrastructure. Industrial diversification programs are also driving installation of electric motors in manufacturing, petrochemical, mining, and water desalination facilities. Africa continues expanding electricity access through new substations and transmission projects, encouraging greater use of electrical steel products. Electric mobility adoption remains at an early stage but is steadily improving through public transportation electrification and charging infrastructure development. Local transformer manufacturing capacity is also increasing, supporting gradual growth in regional electrical steel consumption while reducing dependence on imported electrical equipment.

List of Top Electrical Steel Market Companies

• China Baowu Steel Group
• Shougang Group
• Ansteel Group
• Nippon Steel Corporation
• POSCO
• JFE Steel
• OJSC Novolipetsk Steel
• ArcelorMittal
• Thyssenkrupp AG
• Stalprodukt S.A.
• Cogent (Tata Steel)
• AK Steel Corporation
• Allegheny Technologies Incorporated
• Aperam South America
• Unilam Pressings
• TPS

List of Top 2 Companies Market Share

• China Baowu Steel Group: Holds approximately 18% of the global electrical steel production capacity, supported by integrated manufacturing facilities, high-grade grain-oriented electrical steel production, and large-scale supply for transformer, industrial motor, and electric vehicle applications.
• Nippon Steel Corporation: Accounts for approximately 13% of the global electrical steel market, supported by advanced grain-oriented electrical steel technologies, premium non-oriented electrical steel grades, extensive exports, and continuous investment in high-efficiency magnetic steel manufacturing.

Investment Analysis and Opportunities

The Electrical Steel Market continues attracting substantial investments because of expanding power infrastructure, electric mobility, and renewable energy projects. More than 65% of recent capital investments have focused on increasing production capacity for grain-oriented and non-oriented electrical steel. Manufacturers are installing advanced cold-rolling mills capable of producing sheets with thicknesses of 0.20 mm and 0.23 mm, improving magnetic performance for electric motors and transformers. The rapid construction of renewable energy facilities presents major investment opportunities. Global wind power capacity exceeded 1,100 GW, while installed solar power capacity surpassed 2,000 GW, creating sustained demand for transformer-grade electrical steel. More than 75% of new transmission projects require high-efficiency transformers using premium grain-oriented electrical steel. Electric vehicle production exceeding 17 million units annually has encouraged investments in non-oriented electrical steel lines specifically designed for high-speed traction motors.

Industrial automation also provides attractive opportunities. More than 4 million industrial robots and over 75 million newly manufactured electric motors every year require premium electrical steel laminations. Several manufacturers are investing in digital production systems that improve dimensional accuracy by approximately 18% and reduce manufacturing waste by nearly 12%. Investments in hydrogen-based steelmaking, recycled raw materials, advanced annealing technology, and laser-domain refinement continue improving product quality while supporting lower-emission manufacturing processes.

New Product Development

Manufacturers are introducing innovative electrical steel products to improve efficiency, reduce core losses, and meet the growing demand for electric vehicles and renewable energy equipment. Newly developed grain-oriented electrical steel grades achieve magnetic induction above 1.92 Tesla, improving transformer performance while lowering no-load losses. Ultra-thin non-oriented electrical steel sheets measuring 0.20 mm are increasingly used in high-speed electric motors operating beyond 20,000 rpm. Several companies have introduced laser-scribed grain-oriented electrical steel capable of reducing core losses by approximately 10% compared with conventional products. Advanced insulation coatings have improved lamination durability by nearly 15%, extending transformer service life beyond 35 years. New coating technologies also improve punching performance during motor manufacturing while reducing mechanical stress.

Research activities continue focusing on high-silicon electrical steel with silicon concentrations approaching 6.5%, offering significantly higher electrical resistance and lower eddy current losses. Artificial intelligence-assisted rolling control systems have improved thickness precision by approximately 16%, enabling consistent magnetic properties across production batches. Manufacturers are also developing recyclable insulation coatings and low-carbon production methods to satisfy environmental regulations while maintaining premium electrical performance for transformers, generators, industrial motors, and electric vehicle propulsion systems.

Five Recent Developments

• 2023: China Baowu Steel Group expanded its electrical steel manufacturing capability by commissioning a new production line capable of producing over 500,000 tonnes of high-grade non-oriented electrical steel annually for electric vehicle and industrial motor applications.
• 2023: Nippon Steel Corporation introduced a next-generation grain-oriented electrical steel grade with magnetic flux density exceeding 1.92 Tesla, improving transformer efficiency and reducing core losses by approximately 10%.
• 2024: POSCO expanded production of premium non-oriented electrical steel designed for high-speed electric vehicle motors operating above 20,000 rpm, supporting increasing demand from automotive manufacturers.
• 2024: JFE Steel enhanced its laser-domain refinement technology, improving magnetic performance while reducing transformer core losses by approximately 8%, enabling greater energy efficiency in power transmission equipment.
• 2025: ArcelorMittal announced expansion of advanced electrical steel manufacturing facilities with greater automation, increasing production efficiency by approximately 15% while improving dimensional consistency for industrial and automotive applications.

Report Coverage of Electrical Steel Market

The Electrical Steel Market report provides comprehensive analysis of global production, consumption, technological developments, competitive positioning, supply chain trends, raw material availability, and application-specific demand. The report evaluates grain-oriented and non-oriented electrical steel across transformer, motor, generator, household appliance, industrial equipment, and automotive sectors. More than 25 major manufacturing companies are assessed based on production capability, product portfolio, technological innovation, and geographic presence.

The report includes detailed segmentation covering 2 product types and 3 major application categories supported by verified industry statistics and market share analysis. Regional evaluation covers North America, Europe, Asia-Pacific, and Middle East &