FIELD: metalworking; application of anti-friction cladding coats; mechanical engineering.
SUBSTANCE: proposed method includes rubbing the surface by revolving alloying roller made from copper or its alloys at simultaneous electromechanical treatment by means of sintered-carbide roller. Part is set in rotation during treatment. Rotation of alloying roller is effected at circumferential velocity different from speed of rotation of part; axis of rotation of roller is located at acute angle relative to its projection on plane of motion passing through axis of part being treated and zone of contact of part with rollers in way of vector of motion of tools along axis of part being treated.
EFFECT: improved quality; enhanced wear resistance due to smooth application of coat and filling of recesses.
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