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The temperature ranges of structural transformations in WC-Co and Ti 1-x Al x Nin the process of cathode-arc evaporation are analyzed. The limiting values of the WC-Co temperature before the deposition of the coating correspond to 773 ... 873 K, after which the hardness of WC-Co and, as a consequence, the hardness of the composition WC-Co / Ti 1-x Al x  deteriorates. Analysis of the coating structural transformations made it possible to establish the structuring stages of the Ti 1-x Al x  coating during its deposition. Wear test was carried out for Ti 1-x Al x  coatings formed at each structuring stage. Wear test were carried out according to the finger-disk scheme at 300 K in coolant-cutting fluid on a laboratory friction machine. The wear behavior of the Ti 1-x Al x  coating are unstable at 773 K, then improve at 773 ... 853 K, stabilize with an increase in temperature to 963 K. The nanostructured Ti 1-x Al x  coating formed in the temperature range T  sub /T  m  = 0.18... 0.23have the best complex of wear properties in comparison with analogues.

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Quantitative correlations between wear behavior of Ti<sub>1-x</sub>Al<sub>x</sub>N coating, structural transformations of the substrate WC-Co and coating itself during cathodic arc evaporation

Quantitative correlations between wear behavior of Ti1-xAlxN coating, structural transformations of the substrate WC-Co and coating itself during cathodic arc evaporation

Quantitative correlations between wear behavior of Ti_1-xAl_xN coating, structural transformations of the substrate WC-Co and coating itself during cathodic arc evaporation