Additive manufacturing to design a new material TiB2-reinforced SUS316L using TiB2-Fe composite powder

R. Otsuka, T. Kikuchi, T. Yamamoto, S. Katayama
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Abstract

The metal additive manufacturing (AM) process allows for the production of three-dimensional (3D) parts with unique geometries that could not be formed by conventional methods. However, our aim is to utilize the AM process to create never-before-seen new materials because we believe it holds potential not only for new processing but also for creating a new material. The TiB2-Fe composite powder developed as a new raw material of the AM process, which was used as an additive powder in additive manufactured (AMed) SUS316L for effectively improving the mechanical properties of AMed SUS316L. The TiB2-reinfoced SUS316L synthesized by a Powder Bed Fusion (PBF) method using the TiB2-Fe composite powder had an extremely high Vickers hardness and strength of about 400 HV and 1250 MPa, respectively, being close to twice those of AMed SUS316L.
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利用 TiB2-Fe 复合粉末的增材制造技术设计新型材料 TiB2 增强 SUS316L
金属增材制造(AM)工艺可以生产出具有独特几何形状的三维(3D)零件,而这些零件是无法通过传统方法成型的。不过,我们的目标是利用 AM 工艺制造出前所未见的新材料,因为我们相信它不仅具有新加工工艺的潜力,还具有制造新材料的潜力。我们开发的 TiB2-Fe 复合粉末是 AM 工艺的一种新原料,将其作为添加剂粉末用于添加剂制造(AMed)SUS316L,可有效改善 AMed SUS316L 的机械性能。使用 TiB2-Fe 复合粉末通过粉末床融合(PBF)方法合成的 TiB2 再注塑 SUS316L 具有极高的维氏硬度和强度,分别达到约 400 HV 和 1250 MPa,接近 AMed SUS316L 的两倍。
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