Maximising efficiency with iCARe^® Torque

For 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.

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High torque density for compact automotive motor designs

Without high torque an electric vehicle can feel sluggish, despite the motor’s inherent ability to respond instantly. For engineers looking to achieve greater power output or generator current supply, whilst maintaining efficiency, our iCARe^® Torque electrical steels have been created to support high torque density in compact electric vehicle motor designs. They have also been designed with driver experience in mind, where faster acceleration and ‘fun-to-drive’ are often indistinguishable.

Technical details

Meeting the demands of high-torque traction applications

Powertrain components require robust torque characteristics, That is why our iCARe^® Torque electrical steel grades are engineered to support high magnetic loading, while maintaining the mechanical strength required for robust motor operation. The balance achieved between power output, reliability and compactness makes this a must for high-torque traction, high-volume automotive production.

High-torque density

Supports compact motor designs with high power and torque output.

Balanced magnetic and mechanical performance

Optimised to manage both electromagnetic and mechanical loads in traction motors.

Automotive manufacturing compatibility

Designed to support serial punching, stacking and assembly processes.

Reliable performance

Stable behaviour across varying driving conditions and duty cycles.

Applications

iCARe^® Torque electrical steels are commonly used in:

Electric vehicle traction motors

Enabling the creation of strong launch performance, high break-away torque and density across a wide operating range.

Integrated e-axles

More power in a smaller motor supports high-performance EV design.

High-load automotive motor applications

Facilitating improved acceleration and dynamic driving behaviour.

Technical details

Our iCARe^® Torque electrical steel grades have high magnetic permeability, supporting compact motors and generators demanding higher torque performance. For engineers and technical teams requiring detailed specification data, full technical information is available below.