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time and cost as conventional processes. 6K’ s ingenious microwave plasma technology is also useful in the production of additive manufacturing materials, as Sam explains.“ We operate another business unit that applies the same technology for producing additive manufacturing materials, focusing on the chemistry of pure metals. This unit possesses intellectual property enabling the conversion of scrap materials, such as scrap titanium, nickel and refractory metals, into a pure premium powder state. The process involves milling the material to a specific volume, introducing it into the plasma in a solid state, controlling the temperature, and utilizing surface tension to form a ball of metal powder consisting of nickel, titanium, copper, tungsten, C-103 / niobium, Inconel, or superalloys, which are subsequently employed in the additive manufacturing processes. Due to its spherical shape, the resulting material flows smoothly
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CHEMISTRY FOR SUSTAINABLE TECHNOLOGY
We are Partners on your Innovation Journey
We love a challenge. Whether you are:
• Ideating a new product
• Optimizing product / process performance
• Commercializing a new process
We scale chemistry!
• We partner from lab to production scale with manufacturing in the US and France
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DEVELOPMENT high purity metal precursors for next generation batteries
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