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Fabrication of Bioactive Material-Reinforced Caprolactam-Based Cyanate Ester Composite for Coating Applications

ABSTRACT The nanocomposite material consisting of bioactive amine-terminated cyclotriphosphazene and functionalized titanium dioxide nanoparticle-reinforced caprolactam-based cyanate ester composites (amine-terminated cyclotriphosphazene/functionalized titanium dioxide/cyanate ester–caprolactam) was developed for coating applications. The structural characterization and coating properties of amine-terminated cyclotriphosphazene/functionalized titanium dioxide/cyanate ester–caprolactam composites coated on MS plates were studied by Fourier transform infrared spectroscopy, scanning electron microscope, contact angle, and electrochemical measurements. The antibacterial studies of amine-terminated cyclotriphosphazene/functionalized titanium dioxide/cyanate ester–caprolactam were also performed by disk diffusion method. Hence, the results conclude that the amine-terminated cyclotriphosphazene/functionalized titanium dioxide/cyanate ester–caprolactam nanocomposites have improved hydrophobic, thermal properties, enhanced antimicrobial, and corrosion resistance properties due to the incorporation of amine-terminated cyclotriphosphazene and functionalized titanium dioxide nanoparticles. GRAPHICAL ABSTRACT