Preparation of Ni–B composite coating doped with hydrothermally modified synthetic WC@MoS2 powders via ultrasonic-assisted jet electrodeposition for corrosion protection

Diatomite@MoS2 Nanocomposite Layers as Composite Coating Targeting for Mg Alloys Endowed with Properties of Anticorrosion and Antiwear

“…In further research, Zhao et al modified molybdenum disulfide with SDBS acid, which allowed for better physical and chemical interactions with epoxy resin. Moreover, incorporating this inorganic nanofiller is advantageous compared to other research studies because inorganic nanomaterials have excellent morphology and structure and good thermochemical stability capable of better bonding with epoxy powder. , The unique 2D planar laminar morphology enhances the barrier properties of the coating and counteracts the microcracks in the special coatings, thereby reducing the permeability of corrosive media. Meanwhile, MoS 2 has a unique layered structure, similar to that of graphene, in which the inner atoms are connected by covalent bonds, and the intercalated atoms are vertically and loosely stacked and integrated by weak van der Waals forces .…”