The difference between the adsorption coloring method and the electrolytic coloring method of 6063 aluminum plate and 6063 aluminum plate alloy is as follows: From the perspective of color comparison, the color type of the adsorption coloring method is relatively bright, and the colors of the other two methods are relatively harmonious, but the color type and series contrast are relatively different. few. As a large number of construction sections, color consolidation and stability are very important elements.

However, the consolidation and stability of adsorption coloring is poor, while the contrast of electrolytic coloring is better. Best natural hair color (all colors). The good reason has a lot to do with the principle of coloring and the way the "pigments" are stored. Pigments are adsorbed on the surface of the pores of the film, so they are simply lost, or discolored or discolored, under the action of intense light and heat.

Electrolytic pigments accumulate at the bottom of the membrane pores. Color and color solidity are related to pigment build-up and sealing skills. The pigments of the entire coloring method are separated from the entire three coloring criteria, so they are strong and stable. Other functions of the membrane can be compared. It can be seen that the film fineness and corrosion resistance of the adsorption coloring method can be achieved, but the wear resistance is poor, and it is only suitable for interior decoration profiles and decorations or handicrafts in daily department stores.

6063 aluminum plate electrolytic coloring color film has the advantages of fine color film, wear resistance, corrosion resistance, light resistance, heat resistance, etc., especially the corrosion of mortar cement, suitable for door frames, windows and other building profiles. The color film with natural color is good, the film layer is very fine, and the wear resistance, corrosion resistance, light resistance and heat resistance are also very good, but the performance is not as good as electrolytic color film.