자성연마용 Fe-WC복합지립의 조직특성

이영란; 배승열; 권대한; 안인섭; 김유영; Y.R. Lee; S.Y. Bae; D.H. Kwon; I.S. Ahn; Y.Y. Kim

Korean Journal of Materials Research, Vol.11, No.10, 907-911, October, 2001

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자성연마용 Fe-WC복합지립의 조직특성

Characteristics of Fe-WC composite powders for Magnetic Abrasive

이영란^†, 배승열, 권대한, 안인섭 , 김유영¹

경상대학교 재료공학부, 생산기술연구소
¹진주산업대학교 기계공학과

Y.R. Lee^†, S.Y. Bae, D.H. Kwon, I.S. Ahn , and Y.Y. Kim¹

Division of Materials Science & Engineering & RIIT, GyeongSang National Univeristy, Korea
¹Department of Mechanical Engineering, Chinju National University, Korea

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In order to improve the grindability of magnetic abrasive, Fe-WC magnetic abrasives were made by a plasma melting method after ball milling at various times. This study aims to investigate homogeneously distributed hard phases in Fe matrix and strong bonding between the Fe-matrix and the hard phase. According to XRD, SEM and OM observation, Fe-WC magnetic abrasive powders exhibit the best grindability by plasma melting for 30h ball milling. As a result of magnetic abrasive polishing, the surface roughness, R_{max}5.0 \mu\textrm{m},beforemagneticabrasivepolishing,wasreducedtoR max 2.4 μm . The new magnetic abrasive polishing process is thought to be the useful methods for the automation of three dimensional surface polishing.

Keywords:magnetic abrasive;magnetic abrasive polishing

[References]

三好隆志, 濟藤勝政外, 金形みがき作業の知獲得と自動化に關する硏究, 形技術, 第6券, 濟8號, 77-75 (1991) (1991)
Lee YR, Journal of Korean Powder Metallurgy Institute, 8 (2001)
Yamaguchi H, Shinmura T, Journal of the International Societies for Precision Engineering and Nanotchnology, 21, 237 (2000)
Shinmura T, Yamaguchi H, JSME Int. J., 38, 798 (1995)
Anzai M, Nakagawa T, The Fabrication of Fe-Carbide Composie using Plasma-Powder-Melting Method and It's Properties., ISTJ [C] (1990) 57 (1990)
Masuki K, Anzai M, Nakagawa T, Magnetic Abrasive Finishing using PPM Magnetic Abrasive., JSPE 56-05 (1990) 935 (1990)
Anzai M, Masaki K, Endo H, Sudo T, Nakagawa T, Pressing Effect of PPM Magnetic Abrasives by Pickling Treatment, 砥粒加工學會誌
Anzai M, Masaki K, Endo H, Sudo T, Nakagawa T, Pressing Effect of PPM Magnetic Abrasives by Pickling Treatment, 砥粒加工學會誌
Kwon DH, A Study of WC-Co Hardmetal Powder Properties Fabrication by Directed Carburization., GSNU (1998) (1998)
Suzuki H, Kubota H, The Influence of Binder Phase Composition on the Properties of WC-Co Cemented Carbides., Planseeberichte fur Pulvermetallurgid, 14 (1996) (1996)
Sarin VK, Morphology of eta Phase in Cemented WC-Co Alloys., Mordern Development of Powder Met. 10 (1993) (1993)
French DN, Thomas DA, The Nature and Effects of Excess Carbon Defects in WC-Co Alloys on Mechanical Properties., Int. of Powder Met. 3 (1967) (1967)

[Related Articles]

[1] 三好隆志, 濟藤勝政外, 金形みがき作業の知獲得と自動化に關する硏究, 形技術, 第6券, 濟8號, 77-75 (1991) (1991)

[2] Lee YR, Journal of Korean Powder Metallurgy Institute, 8 (2001)

[3] Yamaguchi H, Shinmura T, Journal of the International Societies for Precision Engineering and Nanotchnology, 21, 237 (2000)

[4] Shinmura T, Yamaguchi H, JSME Int. J., 38, 798 (1995)

[5] Anzai M, Nakagawa T, The Fabrication of Fe-Carbide Composie using Plasma-Powder-Melting Method and It's Properties., ISTJ [C] (1990) 57 (1990)

[6] Masuki K, Anzai M, Nakagawa T, Magnetic Abrasive Finishing using PPM Magnetic Abrasive., JSPE 56-05 (1990) 935 (1990)

[7] Anzai M, Masaki K, Endo H, Sudo T, Nakagawa T, Pressing Effect of PPM Magnetic Abrasives by Pickling Treatment, 砥粒加工學會誌

[8] Anzai M, Masaki K, Endo H, Sudo T, Nakagawa T, Pressing Effect of PPM Magnetic Abrasives by Pickling Treatment, 砥粒加工學會誌

[9] Kwon DH, A Study of WC-Co Hardmetal Powder Properties Fabrication by Directed Carburization., GSNU (1998) (1998)

[10] Suzuki H, Kubota H, The Influence of Binder Phase Composition on the Properties of WC-Co Cemented Carbides., Planseeberichte fur Pulvermetallurgid, 14 (1996) (1996)

[11] Sarin VK, Morphology of eta Phase in Cemented WC-Co Alloys., Mordern Development of Powder Met. 10 (1993) (1993)

[12] French DN, Thomas DA, The Nature and Effects of Excess Carbon Defects in WC-Co Alloys on Mechanical Properties., Int. of Powder Met. 3 (1967) (1967)