Powder Metal Resources.

Automotive Powertrain Design: Torque + 3 Other Considerations & Trends

Modern e-powertrain and drivetrain designs are no longer a nice idea. In some parts of the world, they’re a must. 
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Automotive Powertrain Design's Past + Future: EVs, Hybrids, IC, Diesel

At the dawn of the automobile age, the question of propulsion was still very much open. In 1900, manufacturers produced 4,192 vehicles in the United States. Of these, ...
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Electrical Switchgear Parts Design Guide: 6 Bright Ideas

The #1 priority of any design involving electricity should be user safety.
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CHART: Asterisks & Advantages of Powder Metallurgy Vs. Other Methods

Manufacturers are always looking for an advantage. Often they’re comparing apples to apples, but when they really crave innovation or a more cost-effective part, they ...
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Could Sinter Bonding or Sinter Brazing Boost Your Powder Metal Part?

You may not realize it, but sinter bonding and sinter brazing are two distinct metal forming processes in powder metallurgy. Both are great techniques for optimizing ...
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8 Common Secondary Operations in Powder Metallurgy

Making components through powder metallurgy is an exercise in trimming the fat. Its ability to create a net shape part means you can skip some -- or all -- secondary ...
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Considerations for e-Scooter, e-Motorcycle, & e-Bike Motor Design

Electric motor design for personal transport -- including e-bikes, e-scooters and e-motorcycles – has come into its own in the past decade. These “alternative” motors ...
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What Does the 'Electrification of Transportation' Mean?

Like it or not, the electrification of transportation is coming to a vehicle near you.
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What Is Sinter Brazing in Powder Metallurgy?

Attaching components to one another requires in-depth understanding of the qualities of the metals in each component. 
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