▎ 摘　　要

NOVELTY - Thin film capacitor shell heat dissipating coating comprises phenolic resole resin, gelatin, glycidyl methacrylate, sodium dodecyl benzene sulfonate, gloss, dimethyl carbonate, olive oil, hyaluronic acid, graphene, pigment, distilled water, benzoyl glucoside, sodium hypochlorite, modifier, calcium carbonate, glacial acetic acid, fluorine antimony sulfonic acid, polyester resin, potassium dihydrogen phosphate, trisodium phosphate, aluminum silicate, imidazole, clay soil, polyvinyl alcohol and sodium borohydride. USE - Thin film capacitor shell heat dissipating coating. ADVANTAGE - The thin film capacitor shell heat dissipating coating enhances the useful life of capacitor and makes the capacitor working voltage reach a steady state. DETAILED DESCRIPTION - Thin film capacitor shell heat dissipating coating comprises 35 pts. mass phenolic resole resin, 3 pts. mass gelatin, 5 pts. mass glycidyl methacrylate, 3 pts. mass sodium dodecyl benzene sulfonate, 3 pts. mass gloss, 5 pts. mass dimethyl carbonate, 3 pts. mass olive oil, 3 pts. mass hyaluronic acid, 3 pts. mass graphene, 5 pts. mass pigment, 50 pts. mass distilled water, 3 pts. mass benzoyl glucoside, 3 pts. mass sodium hypochlorite, 5 pts. mass modifier, 3 pts. mass calcium carbonate, 3 pts. mass glacial acetic acid, 3 pts. mass fluorine antimony sulfonic acid, 5 pts. mass polyester resin, 3 pts. mass potassium dihydrogen phosphate, 1 pt. mass trisodium phosphate, 3 pts. mass aluminum silicate, 3 pts. mass imidazole, 3 pts. mass clay soil, 3 pts. mass polyvinyl alcohol and 3 pts. mass sodium borohydride. An INDEPENDENT CLAIM is included for preparation of thin film capacitor shell heat dissipating coating comprising taking quartz sand and ethyl alcohol as dispersion medium, adding in ultrasonic cleaning machine, ultrasonically dispersing for 1 hour, adding quartz sand in nylon ball grinding tank, adding modified corn starch, graphene, pigment, calcium lignin sulfonate, wood cellulose, rosin soap, coal ash, methyl violet and bitter almond base, taking agate ball as grinding ball, where ball to powder mass ratio is 7:1, continuously ball milling at 150 revolutions/minute for 4 hours, pouring obtained powder and agate grinding ball in a plate, drying at 80 degrees C, sieving, taking out agate grinding ball, grinding until no large agglomerates, obtaining mixed material, uniformly mixing with citric acid, tea alkaloids, bitter almond base and silicone oil, baking at 50-70 degrees C for 2-3 hours to water content of less than 30%, taking out and grinding into powder.