FIELD: electricity.
SUBSTANCE: method includes microplasmous oxidation in pulse anode-cathode mode with duration of anode impulse packs of 50 ms, cathode impulse packs of 40 ms, pauses between them amounting to 10 ms and ratio of average anode and cathode currents 1.1:0.9 from aqueous solutions of electrolyte containing three solutions, which additionally contain sodium hydroxide, sodium silicate, sodium tetraborate, potassium bichromate, ammonium paramolybdate and tungsten oxide during subsequent oxidation in each of them for 10 min.
EFFECT: increased corrosion resistance, wear resistance and heat resistance of coatings in complex with optical properties.
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