Electrodeposited zinc and zinc-alloy coatings have been extensively used in a wide variety
of applications such as transport, automotive, marine, and aerospace owing to their good …

The effect of electrodeposition parameters on the synthesis of new nanocomposite coating
formulations of zinc reinforced with calcium oxide nanoparticles (CaOnp) from oyster shells …

The zinc coating of mild undergoes rapid corrosion for a short period of time in harsh
environments. This affects the durable life and overall performance of the zinc coatings. The …

The presented investigations demonstrate the corrosion behavior and protective ability of
hybrid zinc coatings specially designed for combined protection of low-carbon steel from …

Zn electroplated coatings are usually applied to protect the surface of steel components
against corrosion. However, to increase their service life, improved mechanical properties of …

In this study, a multifunctional hybrid coating is designed for the combined protection of mild
steel from corrosion and biofouling in aggressive salt water. This involves preparation of a …

In this study, the characterization of mechanical, tribological, and corrosion behavior of silica
sand-reinforced zinc (Zn) alloy composites was carried out. The zinc alloy matrix composites …

The construction of anticorrosion coatings containing antifouling agents is an effective way
to ensure the long-term durability of marine steel infrastructures. In this work, an innovative …

The creation of anticorrosion hybrid zinc-based coatings containing chitosan particles with
low (LMC) or high (HMC) molecular weight is an effective method for safe and durable …

In this paper, hybrid coatings based on ZnO dispersion in water soluble chitosan
oligosaccharides (COS) as dispersion medium were prepared. The obtaining procedure of …