Abstract
The possibility of conglomeration of elemental powders in the mechanical synthesis of a high-entropy 30 Fe – 30 Cr – 20 Ni – 10 Mo – 10 W alloy has been determined. The distribution of particles of elemental powders in conglomerates formed during mechanical alloying has been studied. The influence of mechanical alloying modes on the content of conglomerates of a fraction of more than 32 microns in the powder charge is determined. The phase composition of conglomerates after hydrogen heat treatment has been studied. The resulting conglomerates can be used in the process of additive cultivation of oil and gas equipment parts for operation at high temperatures and corrosive effects.
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