Coatings TRIZ Cases

A Group 1-doped tungsten oxide layer in a dielectric-metal stack balances solar-factor reduction, visible transmission, and low emissivity for glazing.

Ohmic heating raises aqueous coating compositions above 70°C, reducing microbial contamination before cooling and 28-day storage at 15–40°C.

An A-D-A polymer improves crystallinity and charge mobility while supporting low-temperature processing for stable organic solar cells.

Furanone monomers and multifunctional vinyl compounds form radiation-cured, water- and solvent-resistant coatings with less solvent use.

A self-repairing layer beneath the anode conductive body repairs mechanical damage, reducing cracks during repeated OLED panel folding.

Hydrolyzable coatings on exposed natural fibers admit moisture, helping composite resin products retain rigidity while biodegrading faster.

A gradient-pore metal-oxide coating on plastic lens elements reduces reflection across visible and long-wavelength imaging.

Emulsion polymerization combines a flexible low-Tg matrix with occluded high-Tg MMA domains to limit blistering in LASD coatings.

Dormant amines activate after film formation, helping imide polymer coatings gain solvent resistance without disrupting casting.

Hydrophobic oligomers with chain-transfer control keep colorants fluid at the dispensing tip, preventing drying while reducing surfactant leaching.

Metal oxide particles raise refractive index while a dispersant supports low haze and at least 90% UV transmittance in display films.