▎ 摘　　要

NOVELTY - The method for producing superhydrophobic conductive coating, involves (1) adding 85-99 %mass nano inorganic particles, 0.5-10 %mass graphene and 0.5-5 %mass dispersant, wet milling for 2-12 hours to obtain surface of nano inorganic particles coated with graphene, drying to obtain graphene-coated nano inorganic particles, and (2) mixing organic solvent with functional materials to obtain super-hydrophobic conductive coating. The functional material comprises 40-79 wt.% superhydrophobic raw material, 1-10 wt.% graphene and 20-50 wt.% graphene-coated nano inorganic particles. USE - Method for producing superhydrophobic conductive coating for carrying out anti-freezing, deicing and defrosting processes in air handling unit (all claimed). DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following: superhydrophobic conductive coating, which comprises 40-79 %mass superhydrophobic raw material, 1-10 %mass graphene and 20-50 %mass graphene-coated nano inorganic particles; #application of superhydrophobic conductive coating, which involves applying the superhydrophobic conductive coating to the surface of to-be-coated object and drying; and #an air handling unit, which is coated with superhydrophobic conductive coating.