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由Safran Landing Systems(赛峰起落架系统公司)、Metalysis公司、斯特拉斯克莱德大学先进成型研究中心(AFRC)以及谢菲尔德大学组成的FASTForge项目团队致力于用低成本生产航空级别的钛组件。这一技术制造的低成本钛零部件有望实现钛材料的广泛应用,从而减轻飞机自重。相关:FAST-forge系统有3个步骤。由金红石砂制备钛粉末。金红石砂是廉价的氧化钛的天然来源,并且容易获得。其次,使用现场辅助烧结技术(FAST)快速加热粉末。FAST,也称为火花等离子体烧结(SPS)或脉冲电流烧结(PECS),在生产致密的金属和陶瓷
The FASTForge project team, comprised of Safran Landing Systems, Metalysis, the University of Strathclyde Advanced Research and Modeling Center (AFRC), and the University of Sheffield, is committed to producing aviation-grade titanium components at low cost . The low-cost titanium parts manufactured by this technology are expected to achieve a wide range of applications of titanium materials, thereby reducing aircraft weight. Related: The FAST-forge system has three steps. Titanium powder is prepared from rutile sand. Rutile sand is a natural source of cheap titanium oxide and is readily available. Second, the powder is rapidly heated using field assisted sintering technology (FAST). FAST, also known as spark plasma sintering (SPS) or pulsed current sintering (PECS), is used in the production of dense metals and ceramics