Inks TRIZ Cases

A cationic emulsion coating combines acrylic polymers and paraffin wax to retard concrete setting while retaining moisture.

Chlorinated polyolefin resin with specific infrared peak ratios achieves high solubility in alcohol-based solvents, replacing toxic aromatic alternatives.

Sodium-containing washing solutions suppress electrostatic charges on acrylic polymer particles to enhance fluidity and solubility.

Palladium-based ink compositions enable bulk conductivity through mild annealing processes.

Increasing varnish static surface tension to 28 mN/m suppresses the Marangoni effect at stitching regions, eliminating gloss artefacts on wide substrates.

A UV-curable varnish composition enables inkjet deposition without major heating while maintaining print-head integrity.

Cross-linked dispersant shell prevents pigment agglomeration, ensuring stable colloidal dispersion and resisting highlighter smear.

Radiation-curable inkjet ink set uses specific pigment concentrations to deliver wide color gamut and strong substrate adhesion.

Phosphorescent pigment disperses in carrier liquid to emit light, addressing limited visibility under non-visible radiation.

Coarse titanium dioxide particles scatter near-infrared radiation, enabling high solar reflectance in dark colors while reducing photocatalytic degradation.

Multifunctional monomer with tertiary hydroxyl groups improves drying ability while preventing ink bleeding on absorbable media.

Shear-induced gel dissolution enables immediate overprinting, eliminating intermediate drying and reducing VOC emissions.

Merging the ink tank with the carriage eliminates long tubes, reducing evaporation while maintaining large capacity.

A radiation-curable ink jet composition uses specific monomer structures to enhance film properties.

Crystalline bismuth silicate powder improves functional properties of inkjet printable enamel inks, overcoming performance gaps against screen printed pastes.

Comb polymer dispersants stabilize solid particles in liquid compositions through strong physical binding.

High intensity mixing of polyacetal, aluminum pigment, and benzotriazole stabilizer prevents dullness while achieving chrome-like brilliance.

Amphoteric polyurethane binder stabilizes aqueous ink-jet viscosity, preventing roller transfer during high-speed printing.

Non-ionic fluorosurfactant dimers improve image quality and control over ink flow on nonporous substrates, reducing defects like intercolor bleeding.

An inclined recording head arranges ejection orifice arrays with varying resin content to prevent overflow and color mixing in multi-ink printing.

Azo dye indicator changes color upon plasma sterilization exposure, ensuring reliable confirmation under high humidity conditions.

A non-aqueous pigment ink uses a specific acrylic polymer and polyethylene imine to lower viscosity.

A primer layer mixes high and low polarity polymer latexes to bond conductive metal patterns onto transparent substrates.

Amine-free polyaddition compounds disperse pigments while preventing settling and maintaining color strength in paint formulations.

Replacing wire sensors with conductive ink prevents assembly wrinkles and maintains sensor reliability.

Light-absorbing nanoparticles in the ink suppress white scattering, maintaining color sharpness across observation angles.

Sulfonated polyester ink maintains stability across varying temperatures, ensuring high transfer efficiency from imaging member to substrate.

Limiting high-intrinsic-viscosity resin to five percent by mass resolves the contradiction between continuous ejection stability and printed matter durability.

Optimized aqueous ink prevents pigment aggregation after freezing while maintaining gloss clarity through precise solvent dielectric constant control.

pH-controlled free radical curing replaces high-energy radiation to resolve manufacturing complexity while maintaining adhesion balance.

An aqueous ink set with specific moisture ranges prevents sheet curling and ink transfer, enabling high-speed duplex printing comparable to laser printers.

Rear pressure forces thermochromic ink through the tip, increasing handwriting density without compromising temporal stability.

An ink set uses high-boiling alkanediols and osmotic penetrants to control evaporation dynamics.

High boiling point alkyl diols stabilize droplet discharge and reduce volatile organic compounds while maintaining image quality.

A UV curable inkjet ink formulation creates precise etched patterns on glass surfaces through controlled photopolymerization and stripping.

A water-based ink formulation uses specific penetrating and wetting agents to enhance color saturation on printed media.

A specific dye structure combined with a low surface-to-volume ratio in the ink container.

Polymer particles incorporate polymerisable hindered amine light stabilisers to prevent dye degradation under sunlight exposure.

Aromatic sulfinic and sulfonic acids inhibit oxidation in self-dispersible pigment inks, preventing disproportionation to maintain storage stability.

Precise pigment crystallinity management resolves the trade-off between coloring quality and light resistance in inkjet printing.

Graft-modified polyolefin resin maintains water-resistant adhesiveness under high temperature conditions by optimizing melting point and mechanical strength.

Viscosity-matched nozzle dimensions and dynamic actuation valves deposit conductive inks on complex substrates without clogging or satellite drop formation.

Alkoxylated acetylenic compounds form a protective layer on resistive heaters, preventing ink corrosion and extending printhead lifetime.

Transition element d-shell electronic transitions enable broad-band near-infrared absorption in intaglio ink, resolving equipment compatibility issues.

A polycarbonate/polyoxyethylene block copolymer with hydroxyl terminals enables stable aqueous compositions.

A pigment water dispersion uses polyester resin particles with controlled alcohol components to ensure uniform particle distribution.

Curable composition cures adequately at low light exposure to reduce thermal distortion and maintain alignment precision.

A quinacridone solid solution pigment combines specific diffraction ratios to deliver a yellowish hue.

Surface-treated inorganic particulate additives prevent bleeding into the fount solution, maintaining ink rheology and eliminating substrate marks.

Inkjet-printed curable polymeric films form protective layers on organic light-emitting diode substrates.