Lakhasly

Different methodologies are used in practice to control corrosion.Nano coatings are effectively used to reduce the impact of corrosive environment due to their various preferences, such as surface hardness, adhesive quality, long term, as well as high temperature corrosion resistance, to improve their tribological properties, etc.Furthermore, Nanocoatings can be used with thinner, smoother thicknesses, allowing for adaptability in equipment design and reduced maintenance and labor costs.Coatings are most commonly used to protect metals from corrosion.

Different methodologies are used in practice
to control corrosion. Coatings are most commonly used to protect metals from
corrosion. However, due to the poor resistance of the polymer coating against the
penetration of corrosive solution into the metal/coating interface, the long-term
corrosion resistance of the polymer coating gradually decreases. More recently,
nanoparticles have been added to coatings to improve their chemical, mechanical,
and optical properties. Nano coatings either contain components at the nanoscale or
are made of layers of less than 100 nanometers. Nano coatings are effectively used
to reduce the impact of corrosive environment due to their various preferences, such
as surface hardness, adhesive quality, long term, as well as high temperature
corrosion resistance, to improve their tribological properties, etc. Furthermore, Nanocoatings can be used with thinner, smoother thicknesses, allowing for adaptability in
equipment design and reduced maintenance and labor costs. This review covers
applications related to metal corrosion management, including the use of
nanomaterials to produce high-performance corrosion inhibitors and corrosionresistant coating