Plastic electroplating

Plastic electroplating is a process used in surface technology to provide plastic parts with a metallic coating. This process makes it possible to improve the aesthetic and functional properties of plastics by coating them with a thin layer of metal.

In plastic electroplating, the plastic parts to be coated are first provided with a conductive layer, typically by applying a special conductive lacquer or a metal primer. The prepared plastic parts are then immersed in an electroplating bath containing metal salts. By applying an electrical voltage, the metal is deposited from the solution onto the surface of the plastic parts, creating a metallic coating.

This process offers several advantages. Firstly, the metal coating improves the visual properties of the plastic parts by giving them a shiny, metallic appearance. In addition, the metal coating increases the mechanical strength and abrasion resistance of the plastic parts, resulting in improved durability and service life. The metal coating also provides electrical conductivity, which can be important for certain applications.

Plastic electroplating is used in various industries, including the automotive industry, the electronics industry and household appliance manufacturing. It is used in the manufacture of decorative elements, housings, handles and other plastic parts where a metallic finish is desired. Plastic electroplating allows plastic products to be combined with the optical and functional properties of metals, which significantly expands their versatility and range of applications.