Currently, the processes involved in the industry include: modification, sensitization and activation and electroless plating, commonly known as the "three-step" process. The team uses bioactive substances and catalytic particles as raw materials and uses directional polymerization process to prepare a new activation solution. At the same time, it modifies and activates the substrate to achieve "two-step" electroless plating. It has good catalytic ability, excellent coating adhesion, and bright coating., and performance is 10% higher than that of the similar product of Japanese HF-1098.
This technology can simplify the current preparation process and avoid heavy metal ion pollution. It is especially suitable for electroless plating on the surfaces of large substrates such as large pieces, graphite blocks, and powders. Metal layers such as nickel, copper, and silver prepared by the electroless plating process have excellent uniformity, hardness, wear resistance and corrosion resistance, and are not controlled by the shape of the substrate. This technology is widely used in electronics, valve manufacturing, machinery, petrochemicals, automobiles, aerospace and other fields.