Researchers have developed a cost-effective, eco-friendly route to synthesise nano-spherical silica from natural quartz sand and used it as a filler in water-borne epoxy coatings. The composite significantly...
A comprehensive review examines recent advances in silica-based nanomaterials for metal anticorrosion coatings, covering synthesis, surface functionalisation and application as barrier fillers, active...
A newly developed epoxy-based superhydrophobic coating with an embedded double-layer structure increases bonding strength by 33 % compared with silane-based systems and provides over thirty days of corrosion...
Researchers synthesise zinc tannate pigments from Tara pods and demonstrate that these bio-based complexes outperform conventional anticorrosive pigments. Alkyd primers, in particular, benefit from their...
A Chinese research team has developed a novel polyurethane composite that combines self-healing, recyclability, and superior corrosion resistance. The material sets a new benchmark for sustainable marine...
A novel sensor-based technique allows non-destructive, real-time investigation of transport processes in organic coatings. The Belgian research team validated the approach using advanced electrochemical...
A novel composite epoxy coating featuring magnetic and pH-responsive nanocontainers demonstrates superior corrosion protection and self-healing properties, paving the way for advanced anticorrosion technologies....
Researchers have developed an epoxy system with resorcinol–formaldehyde resin (RF) that effectively prevents both corrosion and biofouling in marine environments.
Researchers have developed a polydopamine coating enriched with Cu(II) ions that significantly improves the corrosion resistance and haemocompatibility of biodegradable zinc. The findings could support...
A new study demonstrates that polyaspartic one-coat systems can be significantly flexibilised through targeted polyol modification – without compromising gloss or curing speed. These findings provide...
A new composite polyurea coating with reduced graphene oxide demonstrates strong anti-cavitation, anticorrosion, and photothermal self-repair properties—designed for use in offshore engineering components....
Researchers found that the addition of cardanol-modified Janus nanosheets with Zn2+ to epoxy anti-corrosion coatings significantly improves their mechanical properties and corrosion resistance
Researchers found that the introduction of thiocarbamate and thioether bonds into the polymer backbone using thiol-click chemistry accelerates the formation of a novel waterborne coating that exhibits...
A recent research proves that the developed coating has both high thermal conductivity and effective anti-corrosion performance, which has significant implications for heat exchangers and other applications...