Nanoparticles, smart polymers and fluoropolymer hybrids are redefining what a surface can do. Dr. Eugene Caldona, assistant professor at North Dakota State University’s Department of Coatings and Polymeric...
Researchers have developed a high-performance polyurea composite coating featuring silica nanoparticles functionalised with a light stabiliser and fluorocarbon chains. The system delivers strong UV stability,...
Researchers have developed a dual-autonomous self-healing composite coating for steel that combines nanoscale dispersion of a silicone-based healing agent with a reversible hydrogen-bonding network. The...
A review highlights the transformative impact of carbon-based nanomaterials on epoxy systems, enabling multifunctional, eco-friendly coatings with integrated corrosion and antifouling resistance.
A global survey of 1,000 manufacturers reveals how European manufacturers are balancing regulatory demands, sector nuances, and sustainability in the coatings market to achieve corrosion protection that...
An innovative two-step electrodeposition process creates superhydrophobic Cu-Ni/cerium stearate coatings, providing outstanding corrosion resistance and anti-aging performance for metals in harsh environments....
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...
A recent study evaluates the long-term sustainability of anticorrosion coating systems for steel bridges, considering performance, costs, and environmental as well as social impacts over a seventy-five-year...
A solvent-free electron beam curing process enables highly effective anticorrosion coatings based on polyaniline and micaceous iron oxide. The combination of active and passive protection mechanisms significantly...
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 polyurethane coating enhanced with a multifunctional nanocomposite achieves outstanding wear resistance, corrosion protection, and rapid photothermal self-healing. The innovative system, developed by...
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....