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.
GE Vernova’s commitment to powering the planet is now fully focused on the energy transition.
View pageThere is a revolution taking place in the power generation market, and Siemens Energy’s turbine and generator business is at the heart of it, as customers respond to the challenges of decarbonisation. Power demand is being driven by economic growth in Asia and the global south, and the explosion in data and AI is ramping up energy needs around the world. Industry wants to be hydrogen-ready, wind turbine capacity is booming, and condensers are in big demand to balance network stability with the widespread transition to renewables.
View pageIdeal for high-speed EV traction motor rotors, the iCARe® 420 Save electrical steel range combines low magnetic losses with enhanced yield strength, enabling improved efficiency and mechanical reliability in demanding motor designs.
View pageArcelorMittal France is preparing to launch a new electrical steels production line in Mardyck – the largest ArcelorMittal investment in Europe in the past 10 years.
View pageDesigned to help engineers achieve smaller, lighter EV motor designs, our iCARe® Speed range of electrical steels are ideal for those looking for strong performance characteristics.
View pageFor high torque at low speeds, our leading iCARe® Torque electrical steels provide the fast acceleration required by today’s compact hybrid and electric vehicle traction motors.
View pageFine-tuned performance is possible thanks to our industry leading semi-processed non-oriented electrical steels (NOES). They offer manufacturers flexibility to optimise performance to suit specific application and manufacturing processes,
View pageCarbon emissions reduction begins with making smarter choices, such as choosing our electrical steels. They are engineered for high energy efficiency and reliability, playing a critical role in reducing energy losses in electric vehicles (EVs), industrial motors and power generators.
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