The introduction of stimuli-responsive micron-nano containers endows traditional coatings
with intelligent self-healing functions. Recently, the research on stimuli-responsive micron …

Smart self-healing coatings for corrosion protection of metallic substrates (steel, magnesium,
and aluminium, and their alloys) have attracted tremendous interest due to their capability to …

Extrinsic self-healing corrosion protective coatings have attracted substantial interest
because of their ability to prevent damage propagation by releasing corrosion inhibitors and …

Metal corrosion causes huge economic losses, environmental pollution and industrial
disasters. Application of smart self-healing coatings for the active corrosion protection of …

Microcapsules containing core materials are promising component for developing self-
healing coatings. In the present work, urea-formaldehyde capsule containing core material …

Here, we summarize the recent achievements in the field of the nanocontainer-based self-
healing coatings made during the last 8 years. The development of nanocontainer-based …

Polymer coating systems are classically applied on a metal surface to provide a dense
barrier against the corrosive species. Coatings are susceptible to damage in the form of …

Nowadays corrosion has become an urgent problem to be solved. Scientists are committed
to finding various ways to restrain the corrosion of metals. The anticorrosion coating is …

Smart materials based on the self-healing concept are used in different advanced
applications such as buildings, batteries and coatings. The development of these materials …

Corrosion inhibitors loaded in coatings promote the protection performance of coatings,
avoid the local corrosion of metal substrates, and endow the self-healing properties of the …