1). Anodic oxidation is realized in the case of high voltage line, which is a whole process of electrochemical corrosion; Conductive oxidation (also known as organic chemical oxidation) is a purely chemical change that involves soaking in the solution rather than plugging it in.       

        2). Anodic oxidation must take a long time, usually dozens of minutes, and conductive oxidation only a few seconds. The color of organic chemical conversion film of aluminum alloy profiles is dark gray, milky white, light green, orange yellow and rainbow color. The final color of conversion film depends on the drug solution of conversion film and the actual processing conditions.        

        3). The film generated by anodic oxidation has several μm to dozens of microns, and 6003 aluminum profiles hard wear resistance, and the film generated by conductive oxidation is only 0.01-0.15μm up and down. Its wear resistance is not very good, but it can conduct electricity and resist air erosion, which is its advantage.        

        4). The oxide film is originally all non-conductive, but 7005 aluminum profile due to conductive oxidation film is really very thin, so it is conductive