Automotive Electronics: Non-metallic surface treatments in automotive electronics replace traditional metallic materials, reducing weight while achieving metallic properties, and simultaneously providing the corrosion resistance and deformation resistance of non-metallic materials, ensuring stable operation of electronic components.
AI/Optics: Conductive coatings for optical lenses in AI glasses (enabling touch functionality) and metallization of packaging substrates for core AI device chips improve device precision and signal transmission efficiency.
Robotics and Industrial Electronics: Metal electrodes for precision robot sensors (enhancing signal sensitivity), electromagnetic shielding of non-metallic housings for industrial control modules, and conductive treatment of insulating substrates for micro-motors, adapting to the performance requirements of high-end equipment.
