Category: Electroplating and corrosion protection

Purpose: protection of surfaces of metal products from corrosion Brief description: a method for producing an anticorrosive coating includes obtaining an alkyd resin based on polyhydric alcohol, vegetable oil and

Project Description:  To apply a diamond-containing composite layer to the body of the cutting tool, reverse and pulse electrolysis is used. The current density when receiving composite coatings is 5-30

Description of the project: The black nickel plating solution allows coating products made of nickel, titanium, aluminum, duralumin, TsAM 4-1 alloy without using an external power source, the processing time

Description of the project: Reverse and pulse electrolysis is used to apply a diamond-containing composite layer to the body of the cutting tool. The current density when receiving composite coatings

Description of the project: The proposed development relates to the modernization of a typical electrolytic chromium plating process, to improve the mechanical, tribotechnical, anticorrosive and decorative properties of the chrome

Description of the project: The technology allows the use of a universal polishing electrolyte that does not contain chromium compounds. The range of operating current densities is from 2 to

Description of the project: The deposition of nickel plating is carried out at a reduced temperature from a diluted sulphate-chloride electrolyte of nickel plating, containing malic acid as a buffer

Description of the project: Copper coatings are deposited directly onto steel and cast iron without an intermediate sublayer of a complex alkaline electrolyte based on copper citrate complexes. Advantages: No

Description of the project: The proposed development involves the modification of electrolytes and modes of anodizing, microarc oxidation, to achieve the required functional and decorative properties of the surface of