A recent study focuses on the evaluation of epoxy-based coating degradation under thermal insulation at elevated temperatures on different steel substrates.
Researchers have prepared a superhydrophobic coating from fluorine-free and environmentally friendly materials. The mechanochemical stability of the coating was achieved through the encapsulation of epoxy...
Researchers have proposed a novel electrochemically assisted deposition technique (EAT) to construct graphene-based nanocontainers to store corrosion inhibitors.
In a new study, a modified polyurethane coating with self-healing function was developed via reaction between polytetrahydrofuran (PTMG), 2,4-toluene diisocyanate (TDI) and α-lipoic acid.
A new review article analyses the structure optimisation of graphene-based composite coatings (GCCs) in detail and describes the anticorrosion abilities and advantages of GCCs with an adjustable interface...
A new study describes the mussel-inspired preparation of superhydrophobic mica nanosheets for long-term anticorrosion and self-healing performance of epoxy coatings.
Researchers report an enhanced corrosion resistance of self-healing waterborne polyurethane coating based on tannic acid modified cerium-montmorillonites composite fillers.
A new review article summarises the characteristics of various stages of corrosion under coatings, and systematically reviews previous studies on sensitive coatings and self-warning coatings.
A recent study describes a rough polydopamine-modified graphene oxide layer assembled on single-walled microcapsules. The wear-corrosion resistance and scratch healing of the coating were significantly...