Metal Powders & Atomization

In this article, we explore the most common uses of titanium, its unique properties, and how it is being adopted in modern material development, including its role in additive manufacturing and powder metallurgy.

The energy requirement for metal atomization process is a critical in AM. Our rePOWDER platform is up to 10x more energy-efficient than traditional methods

Whether it’s inside a jet engine, a nuclear reactor, or a manufacturing line working in extreme conditions, some environments are just too hot for ordinary materials to survive. In these high-stakes scenarios, heat resistant metals step in — built to withstand high temperatures that would melt or destroy conventional metals.

Molybdenum is a material that often operates behind the scenes, playing a critical role in various industries thanks to its exceptional physical and chemical properties.

Currently, the majority of spherical metal powders available commercially are produced using a range of atomization techniques, each excelling in its specific application area due to its unique attributes. High-quality spherical metal powders are essential for additive manufacturing (AM) and are characterized by proper particle size distribution, high density, good flowability, minimal impurities, and the absence of satellite particles or defects.

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