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Product overview

Industrial applications

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.

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Fully processed non-oriented electrical steel

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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Semi-processed non-oriented electrical steel

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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Pole sheets

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.

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E-mobility applications

ArcelorMittal'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.

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iCARe® Save

Optimised for very low magnetic losses, it is ideal for supporting improved energy efficiency and extended driving range.

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iCARe® Torque

Designed for powertrain components that require high-torque density and need greater output, whilst maintaining efficiency.

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iCARe® Speed

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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iCARe® 420 Save

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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