Wood electrolyte

Wood electrolyte technology in connection with electrolytic nickel plating and the activation process on steel represents an innovative approach in surface technology. Wood is used as a key component of the electrolyte, resulting in an efficient and sustainable activation process for nickel plating on steel.

The porous structure of the wood plays a decisive role in this process. It enables optimum absorption and conduction of ions, which leads to improved adhesion of the nickel to the steel surface. At the same time, the use of wood as a renewable raw material creates an environmentally friendly alternative to conventional activation materials.

Wood electrolyte technology therefore not only offers technological progress, but also an ecologically compatible option for the electrolytic nickel plating of steel. This innovative application opens up new perspectives for sustainable and efficient processes in the surface finishing of metals.