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The comparative analysis of platinum and its binary alloys (containing  alloying elements up to 10 mass%) mechanical properties at high temperatures  has been carried out. The goal of the analysis was to investigate new  application possibilities for products based on platinum and platinum alloys,  and to expand the existing database of platinum metals, originating from the  RTB group, Serbia. Palladium, rhodium, ruthenium, iridium and gold were used  as alloying elements. In order to examine the effect of alloying elements’  low concentrations on the high-temperature platinum durability, creep rate,  rupture time, tensile strength and relative elongation at high temperatures,  up to 1400 °C, were determined. In addition, changes in the structure of  dislocations were tracked. The summary of investigation results led to  conclusion that, of all the alloying elements used, the best influence on  high-temperature platinum durability has rhodium

Comparative analysis of high temperature strength of platinum and its binary alloys with low content of alloying element