Automatic selection of colorants and flakes for matching coating color and appearance
A colorant, flake technology used in color matching, coating, color measuring devices, etc.
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Embodiment 1
[0120] A steel blue painted vehicle part of a Honda Pilot model with damaged coating used for paint repair. The auto part is a cut piece of metal from the car body. The paint color code for automotive steel blue paint is B533M. The automotive part was imaged using two preset illumination intensities at a fixed illumination angle, ie, perpendicular (0°) to the surface of the coated area to generate a coating image. Each image is measured at a high threshold level and a low threshold level to generate automotive coating appearance data.
[0121] By comparing this appearance data with the appearance characteristics of known flakes coated with a reference coating stored in the flake database, a 25 / 75 blend of two aluminum flakes was selected. Among the two kinds of aluminum flakes, one is thick flake 814J, and the other is fine bright aluminum flake 819J.
[0122] Automobile color was measured using a goniospectrophotometer model MA68II manufactured by X-Rite, Grandville, Michi...
Embodiment 2
[0130] A Honda Pilot car with steel blue paint has damaged paint and needs a touch-up coat. The car has a paint color code of B533M. Coating images were generated by imaging the painted area of the car adjacent to the damaged coating using two preset illumination intensities at a fixed illumination angle, i.e., perpendicular (0°) to the surface of the coated area. Each image is measured at a high threshold level and a low threshold level to generate automotive coating appearance data.
[0131] Coating images were measured using the same method as described in Example 1 and flakes were selected to prepare matching formulations. Coating damage was repaired as described in Example 1.
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