硬质合金的注射成型被引量：2

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摘要金属粉末的注射成型（MIM）是70年代开始研究、80年代迅速发展起来的粉末冶金新技术。由于MIM技术具有一次成型为高精度的复杂形状或异形坯件,因此对于硬质合金等难加工材料的成型具有重要的意义。

作者唐华生

机构地区北京粉末冶金研究所

出处《稀有金属与硬质合金》 CAS CSCD 1990年第2期38-40,共3页 Rare Metals and Cemented Carbides

关键词硬质合金注射成型粉末冶金

同被引文献14

1[13]German RM. Wear applications offer further growth for PIM. MPR, 1999, (7): 24～28.
2[14]Poniatowski D, Will G. Injection moulding of tungsten carbide base hard metals. MPR, 1988, 43(12): 812 ～ 815.
3[15]Lane P D, James P J. PIM may offer cheaper cutting tools. MPR, 1994, (7): 22 ～ 27.
4[16]Johnny B. MIM offers increased applications for submicronWC-10% Co. MPR, 1999, (1): 30～33.
5[8]Sung H J, Yoon T, Ahn S. Application of PIM for manufacturing WC-Co milling inserts. Journal of the Japan Society of Powder and Powder Metallurgy, 1999, 46(8): 887～892.
6[9]Miura H, Sakajiri Y. Fabrication of sintered Co-Cr-W-C alloy by metal injection molding. Journal of the Japan Society of powder andPowder Metallurgy, 1998, 45(9): 887 ～ 891 .
7[10]Miura H, Sakajiri Y. Properties of cemented carbide(WC-16mass%Co) by metal injection molding process. 粉体および粉末冶金,1997, 44(3): 253～256.
8[11]Nyborg L, et al. Guide to injection moulding of ceramics and hardmetals: special consideration of fine powder. Powder Metallurgy,1998, 41(1): 41～45.
9[1]German R M. Powder injection molding. MPIF: Princeton, 1990. 61 ～ 95.
10[2]Lin ST, German RM. Extraction debinding of injection molded parts by condensed solvent. PMI, 1989, 21(5): 19～24.

稀有金属与硬质合金

1990年第2期

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