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 significantly due to increasing demand for energy-efficient transformers, electric vehicles, industrial motors, and renewable energy infrastructure. More than 61% of electrical steel demand during 2025 originated from transformer manufacturing and power distribution systems. Non-oriented electrical steel accounted for approximately 58% of total product utilization because of rising electric motor production and automotive electrification. Global electric vehicle production exceeded 17 million units during 2025, accelerating high-grade electrical steel consumption for traction motors. Grain-oriented electrical steel usage increased by 36% across smart grid infrastructure projects. Advanced thin-gauge electrical steel products represented nearly 29% of newly manufactured high-efficiency motor applications worldwide.

The United States remains a critical contributor to the Electrical Steel Market due to rising investments in power infrastructure modernization, electric mobility, and industrial manufacturing. Approximately 43% of domestic electrical steel demand during 2025 originated from transformer manufacturing and energy transmission upgrades. Electric vehicle production increased by 31%, accelerating consumption of non-oriented electrical steel for high-efficiency traction motors. Smart grid projects expanded across more than 38 states, increasing grain-oriented electrical steel utilization within transformers and substations. Domestic industrial motor production additionally contributed approximately 27% of national demand. Advanced manufacturing facilities increasingly adopted thin-gauge electrical steel because of improved magnetic performance and reduced energy loss characteristics.

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Key Findings

• Key Market Driver: More than 61% of demand originated from transformer and power infrastructure applications, 58% involved electric motor manufacturing, 31% increased through electric vehicle production, and 36% expanded from smart grid projects.
• Major Market Restraint: Approximately 44% of manufacturers faced raw material price volatility, 39% experienced energy-intensive production costs, 34% encountered supply chain disruptions, and 29% reported limited high-grade silicon steel availability.
• Emerging Trends: Around 41% of producers adopted thin-gauge electrical steel manufacturing, 37% integrated low-core-loss technology, 33% expanded EV traction motor applications, and 28% increased recyclable steel utilization.
• Regional Leadership: Asia-Pacific contributes approximately 52% of global electrical steel production, Europe accounts for 21%, North America represents 19%, and Middle East & Africa collectively maintain nearly 8% market participation.
• Competitive Landscape: Nearly 63% of high-grade electrical steel manufacturing remains concentrated among integrated steel producers, while 47% of advanced product development focuses on EV motor applications.
• Market Segmentation: Non-oriented electrical steels account for approximately 58% of market demand, oriented electrical steels contribute 42%, industrial applications represent 39%, and automotive applications maintain nearly 34% share.
• Recent Development: During 2025, thin-gauge electrical steel adoption increased by 41%, EV-related steel demand expanded by 33%, smart grid transformer projects grew by 36%, and recyclable steel utilization reached 28%.

Electrical Steel Market Latest Trends

The Electrical Steel Market is witnessing rapid transformation through electric vehicle expansion, smart grid modernization, and high-efficiency motor manufacturing. Non-oriented electrical steel demand increased significantly during 2025 because global electric vehicle production exceeded 17 million units, accelerating traction motor manufacturing requirements. Approximately 33% of newly manufactured EV motors integrated advanced non-oriented electrical steel with low-core-loss magnetic properties.Thin-gauge electrical steel development also gained strong momentum. Around 41% of steel manufacturers introduced thinner electrical steel grades improving magnetic efficiency and reducing energy loss within industrial motors and transformers.

Renewable energy infrastructure significantly supported market growth. Wind turbines and solar power distribution systems increasingly utilized high-grade electrical steel within generators and transformers. Approximately 29% of renewable power equipment manufacturers integrated advanced silicon steel materials during 2025.Recyclable electrical steel utilization also expanded due to sustainability-focused manufacturing strategies. Around 28% of newly processed electrical steel products involved recycled raw materials supporting environmental efficiency goals. Industrial automation, electric mobility expansion, and high-efficiency energy systems continue driving innovation across the global Electrical Steel Market.

Electrical Steel Market Dynamics

DRIVER

Rising demand for electric vehicles and energy-efficient power infrastructure.

The increasing adoption of electric vehicles and modernization of power transmission infrastructure is the primary factor driving Electrical Steel Market growth. Global electric vehicle production exceeded 17 million units during 2025, significantly increasing demand for non-oriented electrical steel utilized in traction motors and charging systems. Approximately 58% of electrical steel demand originated from electric motor manufacturing and industrial automation systems.

Transformer manufacturing also accelerated rapidly because governments expanded smart grid modernization and renewable energy integration projects. Around 61% of electrical steel utilization involved transformers and power distribution infrastructure supporting urban electrification and industrial energy efficiency improvements. Grain-oriented electrical steel gained strong traction because of superior magnetic properties and reduced transmission losses.Industrial automation and renewable energy generation further strengthened market expansion. Wind turbine generators, solar inverters, and industrial robotics increasingly relied on advanced electrical steel materials supporting high-performance energy conversion systems globally.

RESTRAINT

High production costs and raw material price volatility.

The Electrical Steel Market faces major restraints associated with energy-intensive production processes and volatile raw material pricing. Approximately 44% of electrical steel manufacturers reported fluctuations in silicon, iron ore, and alloying material prices during 2025, significantly affecting operational stability and manufacturing costs.Electrical steel production additionally requires specialized processing techniques including precise annealing and coating technologies. Around 39% of producers experienced rising energy expenses because electrical steel manufacturing involves high-temperature processing and advanced metallurgical operations.

Supply chain disruptions further impacted global distribution of high-grade silicon steel products.Limited production capacity for premium grain-oriented electrical steel also created supply challenges within transformer and EV manufacturing sectors. Approximately 29% of industrial buyers reported delays in sourcing high-performance electrical steel grades during 2025. Environmental compliance requirements and carbon emission reduction targets additionally increased production complexity for manufacturers globally.

OPPORTUNITY

Expansion of renewable energy and smart grid infrastructure.

Renewable energy expansion and global smart grid development are creating substantial opportunities within the Electrical Steel Market. Approximately 36% of smart grid modernization projects during 2025 increased demand for grain-oriented electrical steel utilized in transformers, substations, and energy transmission systems.Renewable energy equipment manufacturing also accelerated rapidly. Around 31% of wind turbine and solar energy component manufacturers integrated advanced electrical steel materials because of high magnetic efficiency and low energy loss performance.

Electric mobility growth further expanded opportunities for premium non-oriented electrical steel within traction motor applications.Advanced recyclable steel processing technologies additionally created sustainability-focused growth opportunities. Approximately 28% of newly manufactured electrical steel products involved recycled materials during 2025 supporting low-emission industrial manufacturing initiatives. Thin-gauge electrical steel innovation and AI-driven industrial motor optimization continue strengthening long-term market opportunities globally.

CHALLENGE

Technological complexity and environmental compliance requirements.

The Electrical Steel Market faces significant challenges associated with advanced manufacturing complexity and strict environmental regulations. Approximately 42% of electrical steel producers reported technical difficulties related to achieving ultra-low core loss performance while maintaining mechanical durability and magnetic stability.Environmental compliance requirements also intensified across global manufacturing operations.

Around 37% of producers invested in carbon emission reduction systems and energy-efficient production technologies during 2025 because steel processing remains highly energy intensive. Regulatory standards related to industrial emissions and sustainable manufacturing significantly affected operational planning.High-performance electrical steel grades for electric vehicle motors and renewable energy systems additionally require advanced metallurgical expertise and precision coating technologies. Approximately 33% of manufacturers experienced production scalability challenges for premium thin-gauge steel products. Balancing production efficiency, magnetic performance, and environmental sustainability remains a critical challenge across the evolving Electrical Steel Market ecosystem.

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Electrical Steel Market Segmentation Analysis

The Electrical Steel Market is segmented by type and application. Non-oriented electrical steels account for approximately 58% of market demand because of strong utilization within electric motors, industrial automation systems, and electric vehicles. Oriented electrical steels contribute nearly 42% due to rising transformer manufacturing and smart grid infrastructure development. By application, industrial operations represent approximately 39% of electrical steel utilization because factories increasingly adopt energy-efficient motors and automation equipment. Automotive applications contribute nearly 34% through electric mobility expansion and traction motor production. Household appliances account for approximately 27% because refrigerators, washing machines, and air-conditioning systems increasingly integrate energy-efficient motor technologies worldwide.

By Type

Oriented Electrical Steels

Oriented electrical steels account for approximately 42% of the Electrical Steel Market because of strong utilization in transformers, substations, and energy transmission systems. Grain-oriented electrical steel offers superior magnetic permeability and low-core-loss characteristics, making it highly suitable for high-voltage transformer applications. Approximately 61% of transformer manufacturing projects during 2025 integrated oriented electrical steel products.Smart grid modernization significantly strengthened segment demand globally.

Around 36% of new power infrastructure investments involved advanced grain-oriented electrical steel supporting efficient electricity transmission and reduced energy loss. Renewable energy distribution systems additionally accelerated utilization within wind and solar power substations.Manufacturers increasingly developed ultra-thin oriented electrical steel grades to improve transformer efficiency and operational reliability. Approximately 33% of newly introduced transformer core materials during 2025 involved advanced low-loss electrical steel technologies. Sustainable power transmission initiatives and industrial electrification continue supporting long-term oriented electrical steel demand globally.

Non-oriented Electrical Steels

Non-oriented electrical steels contribute approximately 58% of the Electrical Steel Market and remain the dominant segment because of extensive utilization within electric motors, generators, and automotive traction systems. Electric vehicle manufacturing significantly accelerated segment growth as global EV production exceeded 17 million units during 2025.Approximately 47% of non-oriented electrical steel demand originated from industrial motor applications including robotics, compressors, pumps, and manufacturing automation systems.

Automotive electrification additionally strengthened segment expansion because EV traction motors require high-efficiency magnetic materials with low-core-loss properties.Thin-gauge non-oriented electrical steel innovation improved motor efficiency and reduced operational heat generation. Around 41% of newly manufactured industrial motors integrated advanced non-oriented electrical steel grades during 2025. Renewable energy equipment and household appliance production further contributed to segment growth because energy-efficient motor technologies became increasingly important worldwide.

By Application

Household

Household applications account for approximately 27% of the Electrical Steel Market because energy-efficient appliances increasingly utilize advanced electric motor technologies. Refrigerators, washing machines, air conditioners, and kitchen appliances rely heavily on non-oriented electrical steel supporting low-energy motor operation and improved magnetic performance.Approximately 44% of household appliance manufacturers integrated thin-gauge electrical steel materials during 2025 to improve appliance efficiency and reduce electricity consumption.

Smart home technology expansion also accelerated demand for compact high-efficiency motors and inverter systems utilizing advanced silicon steel products.Sustainability-focused appliance regulations significantly strengthened household electrical steel utilization globally. Around 31% of newly manufactured household appliances incorporated recyclable electrical steel materials supporting energy efficiency and environmental compliance initiatives during 2025. Advanced appliance motor design and smart energy management systems continue supporting long-term household application demand.

Industrial

Industrial applications represent approximately 39% of the Electrical Steel Market and remain the leading application segment because manufacturing automation and industrial electrification continue expanding globally. Industrial motors, compressors, robotics systems, and power generators heavily depend on high-performance electrical steel materials for efficient energy conversion.Approximately 52% of factory automation equipment manufactured during 2025 integrated non-oriented electrical steel within motor systems supporting reduced energy loss and high operational reliability.

Smart manufacturing infrastructure and industrial robotics additionally accelerated advanced electrical steel demand.Renewable energy integration within industrial operations strengthened transformer and generator manufacturing activity globally. Around 36% of industrial power systems involved grain-oriented electrical steel supporting efficient electricity transmission and equipment stability. Digital manufacturing facilities and energy-efficient industrial infrastructure continue driving industrial electrical steel utilization worldwide.

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Electrical Steel Market Regional Outlook

The Electrical Steel Market demonstrates strong regional growth through renewable energy expansion, electric mobility adoption, and smart grid modernization. Asia-Pacific accounts for approximately 52% of global electrical steel production because of large-scale industrial manufacturing and electric vehicle growth. Europe contributes nearly 21% through renewable energy investment and industrial automation demand. North America represents approximately 19% because of smart grid modernization and EV manufacturing expansion. Middle East & Africa collectively maintain nearly 8% market participation through energy infrastructure development and industrial electrification projects. Thin-gauge steel innovation, recyclable materials, and transformer modernization continue shaping regional Electrical Steel Market expansion globally.

North America

North America accounts for approximately 19% of the Electrical Steel Market and remains an important region for power infrastructure modernization, electric mobility expansion, and industrial automation. The United States dominates regional demand because transformer upgrades, EV production, and renewable energy investments significantly accelerated during 2025.

Approximately 43% of North American electrical steel utilization originated from transformer manufacturing and smart grid infrastructure projects. Grain-oriented electrical steel gained strong traction because utility providers expanded energy transmission modernization across more than 38 states. Electric vehicle production additionally increased by 31%, strengthening non-oriented electrical steel demand for traction motors and charging systems.

Europe

Europe contributes approximately 21% of the Electrical Steel Market and remains a major region for renewable energy integration, electric mobility expansion, and energy-efficient manufacturing. Germany, France, Italy, and the United Kingdom continue driving regional demand through transformer modernization and industrial electrification initiatives.Approximately 39% of electrical steel utilization within Europe during 2025 originated from renewable energy infrastructure including wind turbine generators and solar distribution systems.

Electric vehicle manufacturing additionally strengthened regional market growth. Around 34% of newly produced EV motors in Europe integrated advanced non-oriented electrical steel supporting low-core-loss magnetic performance. Sustainability-focused industrial regulations also accelerated recyclable electrical steel utilization across automotive and appliance manufacturing sectors.Thin-gauge electrical steel innovation and low-emission production technologies remain highly prioritized within European steel manufacturing operations.

Asia-Pacific

Asia-Pacific dominates the Electrical Steel Market with approximately 52% global market share due to strong steel manufacturing infrastructure, electric vehicle production, and industrial electrification. China, Japan, South Korea, and India remain key contributors because of extensive transformer manufacturing and automotive sector expansion.Approximately 47% of regional electrical steel demand during 2025 originated from electric motor manufacturing and industrial automation systems.

Smart grid expansion and renewable energy infrastructure additionally strengthened grain-oriented electrical steel demand. Around 41% of newly manufactured transformers within Asia-Pacific integrated advanced low-core-loss electrical steel technologies during 2025. Industrial robotics and high-efficiency appliance manufacturing further supported regional market growth.Governments throughout Asia-Pacific increased investment in electrified transportation and sustainable energy systems supporting long-term electrical steel utilization.

Middle East & Africa

Middle East & Africa account for approximately 8% of the Electrical Steel Market and continue expanding through energy infrastructure modernization, industrial development, and renewable power investments. Gulf economies including Saudi Arabia and the United Arab Emirates remain important contributors because of large-scale utility modernization and industrial electrification initiatives.Approximately 33% of regional electrical steel demand during 2025 originated from transformer installations and energy transmission projects supporting urban development and industrial expansion.

Industrial manufacturing and desalination infrastructure projects further strengthened electrical steel utilization within motor and generator systems. Around 27% of industrial equipment modernization projects integrated energy-efficient electrical steel materials supporting operational efficiency and reduced electricity consumption.Government-supported sustainability initiatives and renewable energy targets continue improving regional demand for advanced electrical steel technologies.

List of Top Electrical Steel 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 – approximately 21% share within global electrical steel production and transformer-grade silicon steel manufacturing.
• Nippon Steel Corporation – approximately 14% share in advanced grain-oriented and non-oriented electrical steel technologies globally.

Investment Analysis and Opportunities

Investment activity within the Electrical Steel Market continues expanding through electric mobility growth, renewable energy infrastructure, and smart grid modernization. Approximately 41% of electrical steel manufacturers invested in thin-gauge production technologies during 2025 to improve magnetic efficiency and reduce core losses within industrial motors and transformers.Electric vehicle manufacturing remains a major investment category because global EV production exceeded 17 million units during 2025. Around 33% of automotive steel investments focused on advanced non-oriented electrical steel supporting high-efficiency traction motors and lightweight electric propulsion systems.

Renewable energy integration also created substantial investment opportunities globally. Approximately 36% of smart grid and transformer modernization projects involved grain-oriented electrical steel technologies supporting efficient power transmission and renewable energy distribution. Recyclable electrical steel processing and low-emission steel manufacturing additionally gained increasing investment support.Asia-Pacific and North America continue presenting strong investment potential due to expanding EV production, industrial automation, and utility modernization initiatives. Advanced metallurgical technologies, AI-supported motor optimization, and sustainable steel manufacturing systems further strengthen long-term Electrical Steel Market opportunities globally.

New Product Development

New product development within the Electrical Steel Market increasingly focuses on thin-gauge steel innovation, low-core-loss magnetic materials, and high-efficiency automotive motor applications. Approximately 41% of newly introduced electrical steel products during 2025 involved ultra-thin non-oriented steel grades supporting electric vehicle traction motors and industrial automation systems.Grain-oriented electrical steel innovation also accelerated significantly because smart grid projects required high-performance transformer core materials. Around 36% of newly developed transformer-grade steel products integrated advanced coating technologies reducing energy transmission losses and improving magnetic permeability.

Sustainable manufacturing practices gained substantial importance across product development initiatives. Approximately 28% of new electrical steel production involved recyclable raw materials supporting low-emission industrial processing and environmental compliance goals. Automotive electrification additionally accelerated development of lightweight magnetic steel products improving EV motor efficiency and thermal management.Advanced annealing systems, AI-supported metallurgical optimization, and precision coating technologies continue improving electrical steel performance globally. Renewable energy systems, industrial robotics, and smart appliance manufacturing remain major innovation drivers within the evolving Electrical Steel Market ecosystem.

Five Recent Developments (2023-2025)

1. Thin-gauge electrical steel adoption increased by approximately 41% globally during 2025 because of electric motor efficiency improvements.
2. Electric vehicle-related electrical steel demand expanded by nearly 33% during 2025 due to rising traction motor production.
3. Smart grid transformer projects utilizing grain-oriented electrical steel increased by approximately 36% globally during 2025.
4. Recyclable electrical steel utilization reached nearly 28% across industrial manufacturing operations during 2025.
5. Advanced low-core-loss electrical steel integration expanded by approximately 37% within industrial automation systems and renewable energy infrastructure.

Report Coverage of Electrical Steel Market

This report provides comprehensive analysis of the Electrical Steel Market across transformer manufacturing, electric vehicle applications, industrial automation systems, and renewable energy infrastructure. The study evaluates oriented and non-oriented electrical steel categories while analyzing magnetic efficiency, low-core-loss technology, and sustainable steel manufacturing trends.The report examines household, industrial, and automotive applications. Industrial operations account for approximately 39% of market demand because factories increasingly adopt energy-efficient motors and automation systems. Automotive applications contribute nearly 34% due to rising electric vehicle production and traction motor manufacturing expansion.

Regional analysis covers North America, Europe, Asia-Pacific, and Middle East & Africa, focusing on renewable energy investments, smart grid infrastructure, and electric mobility adoption. Asia-Pacific maintains approximately 52% market participation because of extensive steel manufacturing capacity and industrial electrification activity.The report further evaluates competitive positioning, thin-gauge steel innovation, recyclable material utilization, transformer modernization technologies, and advanced EV motor applications across the global market. Key operational indicators including smart grid deployment, renewable energy integration, industrial automation growth, and electric vehicle manufacturing trends are analyzed to provide detailed insights into the evolving Electrical Steel Market landscape.