The invention discloses an antistatic interior wall
coating and a preparation method thereof. The antistatic interior wall
coating is prepared from main components including deionized water, antistatic
ionic liquid,
ethylene glycol,
cellulose, a dispersant, a
wetting agent, a defoaming agent, carbon nanotubes, composite
titanium dioxide, waterborne acrylic
polyaniline and auxiliaries. The preparation method disclosed by the invention has the advantages that firstly, the waterborne acrylic
polyaniline is adopted to replace a
solvent type film-forming substance, and has the characteristic of static conductance while providing a proper
system for a formula; in addition, the water-based
environmental protection characteristic is in line with market demands; secondly, the composite
titanium dioxide prepared by
titanium dioxide for
coating has the properties of a
titanium dioxide pigment; besides, the production cost of the coating is reduced by using cheap filler as a core material; and meanwhile, the actual consumption of the
titanium dioxide is reduced; thirdly, the added carbon nanotubes have the property that delocalized
electron can spread along the axial direction in single-layergraphene, so that good electrical properties are achieved; by adding a small amount of the carbon nanotubes into a
coating system, the antistatic interior wall coating is endowed with good electricalconductivity, so that an anti-static effect is achieved and the mechanical properties of the coating are improved.