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.
Industrial motors and generators sit at the heart of modern infrastructure, from renewable energy and transport to manufacturing and power distribution. Electrical steels play a critical role in enabling their efficiency, reliability and long service life.
ArcelorMittal offers a comprehensive range of non-oriented electrical steels designed to meet the demanding requirements of industrial applications across a wide range of operating conditions.
For energy-efficient motors and generators that require consistent performance, we offer reliable electrical steels with guaranteed magnetic properties, that don’t need further heat treatment and are ready for use.
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For flexibility to tailor the material’s magnetic and mechanical properties, we offer a semi-processed material, that can be optimised to specific magnetic and mechanical properties during the final heat treatment.
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For large rotating machines, such as hydro and turbo generators, we offer specialised electrical steels that suit applications where mechanical robustness and magnetic performance are critical.
Explore pole sheetsArcelorMittal's automotive electrical steels are designed to support the electrification of mobility. They enable efficient, compact and high-performance electric machines for vehicles, where energy efficiency, power density and reliability are critical.
Optimised for very low magnetic losses, it is ideal for supporting improved energy efficiency and extended driving range.
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Designed for powertrain components that require high-torque density and need greater output, whilst maintaining efficiency.
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Suited to smaller, lighter motor designs that have compact, high-speed motors yet still need strong performance, despite space and mass constraints.
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Combining low losses with enhanced yield strength this is ideal for traction motors where structural integrity and efficiency are of high importance.
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