This review discusses the critical mechanistic features of silane coatings such as the role of hydrolysis and condensation in the bonding of silanes with metal surfaces. Different approaches, such as adding particles of metal oxide (such as SiO 2, ZrO 2, Al 2O 3, TiO 2 and CeO 2), incorporating plant extracts and impregnating 2D materials into the coatings, have been employed for durable corrosion resistance, including for mitigating enhanced corrosion due to the presence of bacteria. Under the tremendously increasing demand for improving the coatings strategies because of the environmental concerns due to some of the traditional coatings, silane pre-treatments have been emerging as one of the effective solutions, among other strategies. However, corrosion of mild steel in aggressive environments is a major concern. Mild steel continues to be the most extensively used construction material in several industries and constructions.
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