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The ATO Passivation Module is used to stabilize freshly atomized reactive powders such as titanium, aluminum, magnesium, and nickel alloys. By forming a thin protective oxide layer, it reduces reactivity and ensures powders can be handled safely in laboratories and production facilities.
In aerospace, medical, and automotive additive manufacturing, the module prepares powders for long-term storage and consistent printing quality. Passivation minimizes oxidation risks, enabling reliable performance in high-value applications.
Powder manufacturers and distributors use the module to make powders safe for packaging and shipment. Controlled passivation ensures compliance with safety standards while maintaining powder usability.
Universities and R&D centers use the ATO Passivation Module when experimenting with novel alloys such as High Entropy Alloys (HEAs) or custom compositions. Controlled passivation allows safe testing of small powder batches while preserving their material integrity for further studies.
