Inks TRIZ Cases

Optimized particle size ratios balance light resistance and color developability in yellow pigment inks.

Hydroxyl-functional polyacrylates and hydrophilic resins enhance plastic film adhesion while reducing volume shrinkage during curing.

Crosslinked acrylate polymer and oligomer blend maintains adhesion across wide temperature ranges.

Metal complexing groups stabilize the composition against premature thermal polymerization while enabling crosslinking via photocycloaddition.

A treatment liquid uses a low-tension surfactant to increase ink viscosity and improve coatability on the recording medium.

Phosphorylated solid resin encapsulates colorants in a non-aqueous solvent, resolving the contradiction between dispersion stability and abrasion resistance.

Aqueous inkjet compositions use decanoate salts to form metal di(decanoate) complexes during printing.

A printing process uses ink containing material precursors to form patterned features on substrates.

White ink formulation prevents hollow resin particle crushing during high-temperature drying by selecting organic solvents with distinct solubility parameters.

Acid value controlled polyurethane resin facilitates selective ink removal from laminated structures, resolving adhesion versus recycling trade-offs.

A hydrophobically modified polyacetalpolyether aqueous dispersion uses surfactants to lower viscosity and ease incorporation into paint formulations.

Ink composition uses photocatalyst compounds to accelerate dry-curing under plasma irradiation.

Removing frit material from luminescent inks prevents thermal instability during sintering, enabling stable marking below 400°C with reduced energy consumption.

Acrylate ink formulations prevent ghosting by resisting dampening fluid solubility while maintaining efficient image transfer to substrates.

A non-aqueous ink composition maintains ejection stability through controlled dissolved oxygen levels within a specific saturation range.

Polyphenylsulfone overcoat bonds to welded intermediate transfer belt seams, preventing toner trapping and blade damage.

Optimized dynamic surface tension and receding contact angle prevent nozzle plate wetting while resolving beading issues on general-purpose sheets.

Aqueous inkjet inks use crosslinkable anionic resin particles to prevent pigment aggregation through electrostatic and steric repulsion.

Alkali metal bases replace amines in urethane methacrylates, eliminating yellowing while maintaining water dispersibility.

A water-based ink composition combines specific copper phthalocyanine dyes with organic dyes to enhance color developing properties.

Inorganic spacer particles reduce formulation complexity by replacing organic stabilizers with electrostatic adhesion mechanisms.