FIELD: electroplating.
SUBSTANCE: method includes a step of actuating a plurality of parts that are immersed in an electrolyte inside a galvanic bath such that the base members move in a circumferential direction along the inner wall of the bath; and a step for applying a galvanic coating on a plurality of parts, which move in circumferential direction in the electrolyte solution inside the bath. Movement of multiple parts in circumferential direction is caused by movement of magnetic bodies in circumferential direction in electrolyte solution inside bath or is caused by rotation of actuating element arranged on lower side of bath. At least one of plurality of parts, which are moved in circumferential direction in electrolyte solution inside bath, is in contact with lower cathode arranged on lower side of bath, and the part located above relative to said part in contact with lower cathode is electrically connected to said lower cathode by means of at least said part in contact with lower cathode.
EFFECT: improved adhesion of plated coating layer with base part.
27 cl, 2 ex, 29 dwg
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Authors
Dates
2020-04-08—Published
2017-05-11—Filed