EFFECT OF HORIZONTAL MECHANICAL VIBRATION ON SERVICE PROPERTIES OF DEPOSITED METAL

摘要

Wear resistance and stability of thickness of the layer of metal deposited by the induction method was studied. It is shown that in surfacing using the powder-like solid alloy PG-S1 by ITES heating system (inductor, thermal and electromagnetic shields) with application of horizontal vibration and energy-saving surfacing mode, the wear resistance is 1.4 times increased, stability of deposited metal layer thickness grows by 10% and deposited metal quality is improved (transformation from coarse- to fine-grained structure), as compared to the technology without horizontal vibration.