▎ 摘　　要

NOVELTY - Ceramic coating formulation comprises a solvent, liquid polymers, and a visual indicator, where the solvent comprises an organic or an inorganic solvent, the liquid polymers are solvated in the solvent, the visual indicator is one of a fluorescing optical brightener, a phosphorescent indicator, an optical brightening agent (OBA), a fluorescent brightening agent (FBA), or a fluorescent whitening agent (FWA), the visual indicator provides for positive identification of the ceramic coating formulation's presence on a coated substrate, visual distinction, visual detection, aided visualization during training, application, wear indication, weatherability indication, layering identification, maintenance assessment, leveling state, and a curing state. USE - The formulation is useful in automotive, marine, aviation, janitorial, household and institutional applications. The formulation is useful in fabric protectants, aerosols, paste or liquid waxes, cre grave accentme lotions, automotive paint sealants (i.e., liquid and/or spray), leather protectants, aqueous-based and solvent-based detail sprays (e.g., for both interior and exterior applications), tunnel wash or automatic in-bay car washes, wash and waxes, and/or automotive shampoos (i.e., applied via hand, or utilizing any of a foam gun, foam cannon, or hydrofoamer). ADVANTAGE - The formulation alleviates the problems associated with positive identification of coating's presence, traceability of coating's whereabouts during application and wipe down, gauging how a freshly applied coating is leveling, and verifying that it has been wiped down properly, and enhances gloss or depth of color, ease of maintenance and overall aesthetics of the underlying substrate. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for visual identification and detection of a ceramic coating on a substrate involving providing the substrate, providing the ceramic coating, applying the ceramic coating to the substrate, where the ceramic coating comprising the formulation.