Waste Derived Self-healing and Redox Action based Advanced Anti-corrosion Coating Materials

The invention is related to the development of anticorrosion materials from the combination of waste derived fillers with polyaromatic amines to safeguard metals against corrosion under highly harsh conditions such as e (2.5% NaCl) or acideic (3.5 % HCl), with ability to protect the material even at the pinhole or scratch site

These systems have applications in societal, strategic and industrial sectors including but not limited to advance functional coating for marine structures, sealink bridges, undersea-pipelines, ship hulls, railways, Gibraltar gates, automobiles, solar panel mountings and other metallic structures.

It is based on waste to wealth and redox action, resulting in the pin-hole or scratch site passivation, so that structure is safe even upon exposure of underlying substrate to harsh acidic/basic environment.