Abstract
Taking into account the processes carried out during electrodeposition by rubbing, high-speed copper electrolytes have been developed: low-acid and nitrate sulfate. There are proposed modes for anode-tools with area of 1 cm2, 3.75 cm2 and 4.43 dm2, allowing for application of matte, semi-slush and shiny copper coatings with maximum speed up to 16 µm/min. A procedure has been created for calculating the permissible cathode current density and the required rate of electrolyte supply by dipping and jet methods. The effect of the area of anodes - tools on the maximum permissible cathode current density is determined. The effect of cathodic current density in high-speed copper plating electrolytes on current output and the rate of copper coating application has been established.
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