Advanced electrical steels engineered to support efficient, reliable electric machines across industrial and automotive applications - from proven industrial grades to high-performance e-mobility solutions
End-to-end technical and supply support to strengthen performance, flexibility and long-term programme stability.
Advances in cleaner, more efficient transport are accelerating vehicle electrification worldwide, increasing demand for electrical steels that enhance range and performance through low losses and high permeability. As a leading automotive supplier, our iCARe® range helps you achieve efficiency and energy transition goals.
Electrical steels are at the core of motors, reducing energy use while increasing range and performance, and enabling lighter, more compact designs. The right choice supports scalability, reliability and cost control across electric and hybrid vehicles.
Lower magnetic losses improve traction motor efficiency, extending driving range and reducing energy consumption.
Optimised for consistent punching, stacking, and assembly, supporting scalable EV production.
Stable magnetic behaviour and tight quality control ensure reliable performance across driving conditions, temperatures, and load profiles.
Thermal stability and mechanical strength support reliable motor operation throughout the vehicle lifecycle.
Our iCARe® range of automotive electrical steels can be used across electrified vehicle architectures, especially where efficiency, compactness and reliability are essential.
Purpose-designed for demanding magnetic, mechanical and thermal requirements of EV traction motors.
Enabling the creation of more efficient, powerful and compact motors.
Delivering high power density, compactness, more torque in smaller package volumes, higher efficiency and better thermal performance.
The iCARe® portfolio covers a wide range of thicknesses, magnetic loss classes and strength levels, allowing precise matching to different motor topologies, speed regimes and manufacturing processes.
Optimised for very low magnetic losses, it is ideal for supporting improved energy efficiency and extended driving range.
Explore iCARe® Save
Designed for powertrain components that require high-torque density and need greater output, whilst maintaining efficiency.
Explore iCARe® Torque
Suited to smaller, lighter motor designs that have compact, high-speed motors yet still need strong performance, despite space and mass constraints.
Explore iCARe® Speed
Combining low losses with enhanced yield strength this is ideal for traction motors where structural integrity and efficiency are of high importance.
Explore iCARe® 420 SaveExplore ArcelorMittal's best-in-class steel solutions for any vehicle, including body-in-white/MPI. Chassis and battery pack.
Answers to common questions about electrical steels, e-mobility trends and the materials supporting next-generation electric vehicles.
Contact usThe rapid expansion of hybrid and fully electric vehicles is driving demand for high-performance motor materials. Electrical steels support the development of compact, efficient traction motors while enabling scalable manufacturing for global automotive production.
ArcelorMittal collaborates closely with automotive manufacturers to develop advanced electrical steels tailored for electric motor performance. Our solutions support improved efficiency, power density and manufacturability for next-generation electric drivetrains.
The iCARe® portfolio of electrical steels is designed to support different EV motor requirements, including low losses, high torque density and high-speed operation. This allows manufacturers to optimise motor performance across a variety of electrified vehicle architectures.
Yes. You can request free samples across both our industrial and e-mobility product ranges. Available options include fully processed and semi-processed grades, as well as pole sheets and advanced solutions such as iCARe® Save, iCARe® Speed, iCARe® Torque and iCARe® 420 Save. Our team can also help guide sample selection to ensure the materials provided are aligned with your specific application and performance requirements.
