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Powder Metal Resources.

Electric Motor Design: Shape and Performance

Electric Motor Design: A Balance of Shape and Performance
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Improving Part Performance with Ultra High-Temperature Sintering

You may be asking why we’re advocating for the use of Ultra High-Temperature Sintering (UHTS) for powder metal components – As discussed previously, this revolutionary ...
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Auto Electrification: History in the Making

Nikola Tesla and Thomas Edison are names that resonate with innovation and discovery. Despite their inherent creativity, they pursued different paths to electrify the ...
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How SMCs Can Unlock the Hidden Assets of Axial Flux Motors

We previously highlighted all of the benefits of axial flux motors – high power density, shorter magnetic path, more torque, and better cooling – so why aren’t more ...
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Induction vs. Permanent Magnet Motor Efficiency | Auto Electrification

With the electrification of the automobile continuing at an accelerated pace, many wonder what type of motor is best for the modern electric drivetrain.
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Electric Motor Design: Radial vs. Axial & Transverse Flux

As an engineer tasked with bringing your product into the future, you probably have many decisions to make when choosing the motor design of your AC project.
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Soft Magnetic Composites and Permeability: It’s Not All Bad

There’s no question soft magnetic composites (SMCs) hold many benefits for electric motors, but one common concern we’ve seen is reduced permeability relative to steel ...
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Sustainability: Powder Metallurgy & Soft Magnetic Composites (It’s in ...

There’s no question soft magnetic composites (SMCs) offer value to the efficiency, size, weight and performance of electrical machines. As industries continue to become ...
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Electrify With Powder Metal & SMCs

Historically, the automotive sector has captured about 80% of the powder metal (PM) industry. As we know, the global automotive industry has been transforming at a rapid ...
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