We are publishing a comparison of the quality of titanium alloy powder for laser 3D printers (L-PBF).
This document introduces "Gas Atomization (EIGA) vs Plasma Atomization (PA)." The data from the studies presented supports the important conclusion that the Ti64 powders produced by both EIGA and PA methods are statistically equivalent in quality according to multiple quantitative measurements. [Contents (partial)] ■ Summary: EIGA Powder vs PA Powder in Additive Manufacturing ■ Background ■ Chemical Composition ■ Particle Size Distribution (PSD) ■ Density, etc. *For more details, please refer to the PDF document or feel free to contact us.
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【Other Published Content】 ■Liquidity ■Shape ■Conclusion: EIGA Powder for L-PBF Method *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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"Carpenter Additive" is a business unit in the field of additive manufacturing (AM) consisting of Carpenter Technology Corporation, a U.S. metal company with a history of 130 years, and its group companies, including LPW Technology. Based in the UK and the U.S., we support our customers in solving challenges from product design to material supply and manufacturing. Our standard products for AM metal powders are diverse, and we also accommodate custom orders. ***LPW Technology (UK) has merged with Carpenter Technology (U.S.). Carpenter Additive is a business unit focused on the handling of materials for AM established by Carpenter Technology in the U.S.*** In addition to providing customers with high-quality metal powders, we also offer powder property analysis services. Furthermore, we propose a powder management system centered around software that manages the lifecycle of metal powders.