Coatings TRIZ Cases

CMC and low-Tg polyacrylic bind LMNO particles to achieve thick, crack-free coatings without organic solvents.

Elastic deformation of the molding tool balances resin shrinkage, eliminating stamping cores and preventing low-viscosity coating leakage.

Nitrogen-containing polar organic solvent ensures uniform curing of polysilazane coatings, preventing uneven reactions during thermal conversion.

Photo curing replaces thermal methods to reduce energy consumption while maintaining wear resistance and weatherability.

Crosslinked polymer particles reduce surface gloss without compromising mechanical strength.

Surface conjugated polyenes suppress thermal degradation in EVOH pellets, eliminating minute fisheyes while maintaining gas barrier properties.

An aqueous coating composition uses copolymer and inorganic particle dispersion to enhance mechanical strength.

A fluoropolymer aqueous dispersion undergoes heat treatment followed by ion exchange resin contact to remove specific impurities.

Epoxy-terminated organopolysiloxanes combined with photoacid generators cure into films that balance release properties and substrate adhesion.

High glass transition temperature latex copolymer maintains pigment spacing to preserve hiding power at reduced titanium dioxide levels.