Schlagwörter
Acid-stabilised, solvent-borne silane hydrolysates, Alkoxy-Si-ns binders, Anti-fingerprint coatings, Anti-fogging effect or hydrophilic surfaces, Basics of chemical nanotechnology, Basics of silicone chemistry, Chlorosilanes, Corrosion protection, Electrocoating based on phenoxylanes, Enamel, Heat-resistant, easy-to-clean coating, Hydrophobic surfaces or the easy-to-clean effect, Hydrosilanes, Infrared-absorbing coatings, Lotus effect or superhydrophobic surfaces, Nano-enamel, Nanoparticles in coating systems, Organosilicon compounds, Phenoxylanes, Photocatalytic, self-cleaning coatings, Reaction principles of silicon, Self-crosslinking silanes: cross-silanes, Silanes, chemo-technical basics, Silicon technology, Silicon, properties, occurrence, Silicon-based raw materials, Sol-gel materials for high-temperature applications, Superhydrophilic surfaces, Surface effects, The sol-gel process, Urethane-functional silanised organic resins, Water glass