Australian titanium powder producer Coogee Titanium, in collaboration with the University of Queensland and the Additive Manufacturing Cooperative Research Centre, has launched a AUD 677,000 research project to assess the suitability of its domestically produced TiRO titanium powder for additive manufacturing and other advanced manufacturing processes. The TiRO process, developed by Australia's Commonwealth Scientific and Industrial Research Organisation (CSIRO), enables continuous direct production of titanium powder, reducing production costs by 30-50% compared to gas atomization. The study benchmarks TiRO powder against commercial gas-atomized and hydride-dehydride titanium powders, focusing on the impact of trace impurities such as magnesium and chlorine on microstructure and mechanical properties. Performance is evaluated via PBF-LB and hot isostatic pressing. The project aims to advance Australia's domestic titanium supply chain. If validated, TiRO would offer the metal powder industry a cost-effective, non-atomization powder manufacturing route.
📰 News Source
This article was translated from a Chinese source.
Source URL not available
Show Chinese original
Coogee Titanium评估TiRO钛粉增材制造适用性,探索低成本非雾化制粉路线
澳大利亚钛粉制造商Coogee Titanium联合昆士兰大学与增材制造合作研究中心,启动67.7万澳元研究项目,评估其本土生产的TiRO钛粉在增材制造及其他先进制造工艺中的适用性。TiRO工艺由澳大利亚联邦科学与工业研究组织开发,可实现钛粉连续直接生产,较气雾化可降低钛粉生产成本30-50%。研究将TiRO粉末与商用气雾化及氢化脱氢钛粉对标,重点考察镁、氯等微量杂质对微观组织和力学性能的影响,通过PBF-LB和热等静压评价其性能。项目旨在推动澳大利亚本土钛供应链发展。若验证成功,TiRO将为金属粉末行业提供一条性价比显著的非雾化制粉路线。