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| 2008 | Gates, J. D., Dargusch, M. S., Walsh, J. J., Field, S. L., Hermand, M. J. -P., Delaup, B. G. and Saad, J. R. (2008) Effect of abrasive mineral on alloy performance in the ball mill abrasion test. Wear, 265 5-6: 865-870. |
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The ball mill abrasion test (BMAT) promises to offer accurate prediction of relative service lives of wear-resistant alloys for liners and grinding media in mineral grinding environments. Relative alloy performance depends strongly on the abrasive minerals present. Towards a greater understanding of factors controlling relative performance, BMAT data have been generated using several pure and blended minerals. The results show that very hard (above 630 HV) martensitic steels and white cast irons only offer large performance benefits when grinding relatively soft or weak abrasives (Mohs hardness less than about 6). This may alter the cost-benefit balance in favour of simple low-cost steels when grinding hard strong minerals, but even modest proportions of softer minerals in real ores can favour the use of more sophisticated hard alloys. Copyright © 2008 Elsevier B.V. All rights reserved.
| |  Dr James Walsh,  Dr Jeff Gates, Associate Professor Matthew Dargusch | | eSpace Record: |
http://espace.library.uq.edu.au/view/UQ:173368
| | | | | Links: | Article DOI- full text from publisher |
| Keywords: | Ball milling, Martensitic steel, Abrasion, White cast iron, High stress abrasion | | |
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