Gradient layer

The galvanic gradient layer process is a process that is used in surface technology, particularly in electroplating. In this process, a gradient layer is created on a substrate in order to achieve certain functional or decorative properties.

Electroplating is an electrochemical process in which a thin layer of metal is applied to a workpiece. The gradient layer plays a decisive role here, as it forms the transition between the material to be coated and the applied metal layer. This layer-like transition zone ensures optimum adhesion and homogeneous distribution of the metal coating.

The gradient layer in the electroplating process makes it possible to optimize the physical and chemical properties between the substrate and the coating. This is important to improve the durability, adhesion and corrosion resistance of the coating. In addition, the gradient layer helps to minimize stresses and unevenness, resulting in a more uniform and higher quality coating. In the electroplating industry, various techniques are used to specifically control the gradient layer. This includes the adjustment of current density, temperature and chemical parameters during the electroplating process.

Overall, the gradient layer in the electroplating process enables the precise adjustment of surface properties to achieve the desired functional, aesthetic or protective results.