Influence of Ti and Cr deposition sequence in the process electric–spark alloying on the structure and properties of steel art.3 near–surface layers
DOI:
https://doi.org/10.15407/mom2018.01.030Abstract
It was found that titanium and chromium deposition sequence in the process of Electric-spark alloying (ESA) affects the structure, phase composition, microhardness and wear resistance of the near-surface steel zone of steel Art.3. When processed in the Ti-Cr sequence, alloyed layers is 10 –15 microns thickness with a microhardness of 10 GPa, wear resistance of 19 times greater than the unprocessed basis, are formed, while when processed in the Cr-Ti sequence, the thickness of the layer is 15 – 20 microns , microhardness – 6.6 GPa, and wear resistance increases 25 times.
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