Substrate repair, corrosion protection, surface prep, masking, color formulation, blend strategy, clearcoat, cure, denib and polish all contribute to the finished panel.
Repair metal/plastic and restore appropriate primers/sealers.
Block, sand, clean, mask and prepare transition areas.
Mix/adjust formula and apply basecoat with blend strategy as needed.
Apply clear system, cure and protect the repair area.
Denib/polish where needed, inspect texture, gloss and contamination.
Metallic, pearl, tri-coat, aged finishes, repair position, panel orientation and color variance can affect blend strategy. A premium site explains that before a customer asks why an undamaged neighboring panel appears on the estimate.
The goal is a visually acceptable match and transition. Formula, variant, spray-out evaluation, adjacent-panel blend strategy and finish condition can all affect the process.
Disassembly can improve access, edge finish and masking quality and may be needed to restore the panel properly.
Some defects can be corrected with polishing; deeper damage may require refinishing. Inspection determines how far the damage penetrates.
Repair planning should account for primers, seam sealer, cavity protection and other corrosion-restoration steps where procedures and repair locations require them.
Scrapes, key damage, peeling, isolated panel damage and cosmetic refinishing can still use the same photo intake.