Developments in wear-resistant materials for mining and heavy engineering applications

The Institute of Materials, Minerals and Mining
J. V. Wood J. L. F. Kellie P. Davies
Organization:
The Institute of Materials, Minerals and Mining
Pages:
6
File Size:
3470 KB
Publication Date:
Jan 12, 1992

Abstract

A new range of wear-resistant materials is being produced by technology that has been used to develop high performance metal-matrix composites. These include steels and aluminium alloys that can be made as sheet, plate, rod or bar. The incorporation of hard, wear-resistant particles in an alloy matrix is achieved by reactive casting, spray deposition and powder metallurgical techniques. For example, large particles of TiC can be homogeneously distributed in steel during casting and the subsequent product can easily be rolled to plate. Similarly, up to 20% alumina particles and SiC can be injected, respectively, into steel and wear-resistant aluminium alloys by spray deposition. The current state of development of the process is reviewed and indications are given of the projected applications of such materials.
Citation

APA: J. V. Wood J. L. F. Kellie P. Davies  (1992)  Developments in wear-resistant materials for mining and heavy engineering applications

MLA: J. V. Wood J. L. F. Kellie P. Davies Developments in wear-resistant materials for mining and heavy engineering applications. The Institute of Materials, Minerals and Mining, 1992.

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