Electrolytic nickel is nickel made by electrolysis (electrolysis in nickel sulfate solution). The enriched sulfide ore is roasted into oxides, reduced to crude nickel with carbon, and then electrolyzed to obtain pure metallic nickel. In the chemical industry, nickel is used as a catalyst for hydrogenation reactions. Electroplating nickel refers to the process of ion migration and deposition into a coating under the action of an electric field. It has good conductivity and is black-gray in color. In addition to the main salt and other main components, the plating solution also needs to add various electroplating additives and various auxiliaries, mainly to make the coating shine, level, refine crystals, prevent pinholes, and promote cathode polarization.

PRODUCT USE

Electrolytic nickel is mainly used in the atomic energy industry, alkaline batteries, electrical alloys, high-temperature and high-strength alloys, catalysts, powder metallurgy additive metallurgy, diamond tools, non-ferrous alloys, and can also be used as a hydrogenation catalyst for chemical reactions.

Stainless steel and various alloy steels made from it are widely used in aircraft, tanks, ships, radars, missiles, spacecraft and machinery manufacturing in civil industries, ceramic pigments, permanent magnetic materials, electronic remote control and other fields.