In this study, MXene@ PDDA-Fe 3 O 4 binary hybrid (MPF) was synthesized by electrostatic
self-assembly and incorporated into the low-temperature phosphating as an accelerator …

In this study, MXene was functionalized with stearic acid (SA) to prepare a bifunctional nano-
accelerator (AMX) with phosphating acceleration and hydrophobic modification for low …

In this study, MXene nanosheets were functionalized by polydopamine to fabricate MXene@
PDA (PMX) hybrid nanomaterial as an accelerator for low-temperature phosphating. PMX …

Metal corrosion causes great economic losses, wastes resources, pollutes the environment
and damages personal safety. With the birth of the two-dimensional (2D) material graphene …

The aim of this investigation is focused on the evaluation of distinctive coatings commonly
applied in the automotive industry. The resulting corrosion behavior is analyzed by using …

Selection of appropriate intelligent coatings to protect metallic objects from corrosion is still
challenging especially when filler or dispersing materials are used for reinforcing polymer …

Progressing the anti-corrosion performance of thin-film coatings has always been the focus
of researchers. In this research, a novel high-resistance inorganic coating against corrosion …

Ni-B/α-ZrP composite coatings were successfully prepared on the surface of N80 carbon
steel by electroless plating. The effects of the two-dimensional hierarchical material α-ZrP on …

Several manganese phosphating routes, including the influence of immersion time (15 min.
and 30 min.), addition of accelerators (Ni (NO 3) 2, 2 g/l), modification in the activation stage …

In this paper, Potassium titanate whiskers (PTW), a kind of high NIR reflectional material,
were modified with stearic acid (SA) and used as a green accelerator in phosphating bath to …