Affiliation:
1. Hunan University of Technology
Abstract
To improve the self-sharpening ability and increase clearance for debris of metal bonded diamond grinding wheel, the porosity structure is applied to the diamond grinding wheel in this paper. By selecting different inducers diamond composites are burned under appropriate agglomeration condition. The experiment results indicate that diamond composites obtained through two certain inducers can meet both the demand of pore-creating and intensity, so can be used to make wheels. This conclusion lays a foundation for further study.
Publisher
Trans Tech Publications, Ltd.
Reference4 articles.
1. Baoji Nonferrous Metal Institute, Powder Metallurgy Porolus Materials [M], Metallurgical Industry Press, 1978. 11.
2. T. Tanaka. New development of metal bonded diamond wheel with pore by the growth of bonding bridge [J]. Japan Soc. Precision Engineering, 1992, 26(1): 27-32.
3. S.H. Truong, Y. Isono and T. Tanaka. Scanning electron microscopic study and mechanical property examination of a bond bridge: Development of a porous metal bonded diamond wheel. Journal of Materials Processing Technology [J], 1999, (89-90): 385- 39l.
4. C.J. Liao, Experimental Study on Porous Metal Bonded Diamond Grinding Wheels [D], master degree paper, 2006. 4.
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