Anticorrosion and physical properties of organic coatings containing perovskites surface modified by polyaniline or polypyrrole phosphates

Zinc ferrite/polyaniline composite particles: Pigment applicable as electro-active paint

“…Increasing the specific electrical conductivity of these pigments using salts of conductive polymers in many cases also brings an increase in the resulting anti-corrosion effect in polymer coatings [55]. The resulting protective effect depends not only on the chemical composition, morphology, surface properties and structure of the pigment particles, but also on the type of conductive polymer applied, its protonation method, preparation technology and a number of other factors [56,57]. The expected synergistic effect, or the positive influence of the conductive polymer on the pigment particles, is appropriate for the given purposes to be verified experimentally and to compare/quantify the properties of both forms.…”

Anti-Corrosive Coating of Carbon-Steel Assisted by Polymer-Camphorsulfonic Acid Embedded within Graphene

“…Therefore, it is highly desirable to develop anticorrosion coatings, which are effective, nontoxic and environment-friendly. The invention of polyaniline [1][2][3], polypyrrole [4][5][6], polythiophene [7,8], and other polymers offers new solutions to this problem. Polyaniline, in particular, is regarded as one of the most commercially promising materials.…”