Powder injection molding (PIM) is a suitable technology for the fabrication of complex shape titanium and its alloys, and has a great potential in many applications. This paper dealt with the injection molding of hydride dehydrogenization (HDH) titanium powder, spheroidized HDH titanium powder and gas atomized titanium powder. Rheological and thermalgravimetric behaviors were compared between the feedstocks of the three powders, and a tentative application of Ti PIM to eye frame temple and bridge was briefed.

• Wu
• Yunxin
• Park
• Seong-Jin
• Heaney
• Donald F.
• Zou
• Xin
• Gai
• Guosheng
• Kwon
• Young-Sam
• German
• Randall M.