Inks TRIZ Cases

Nitrogen monomers stabilize polyamideimide resins against premature gelling, enabling high-resolution photoimageable films.

Adjusting anion concentrations in the first and second inks controls salt formation, resolving primary and secondary color dot-size differences.

Silicone-modified polyacrylate ink reduces surface tension to prevent clear paint adhesion, eliminating labor-intensive residue removal.

A radiation-curable inkjet composition uses a specific gellant ester and accelerator to control viscosity during cooling.

Pigment Blue 15 and Green 7 mixture creates true cyan inkjet ink.

Modified hyaluronic acid dopes PEDOT polymers to create conductive inks with high biocompatibility.

A curable composition uses a specific fluorine-containing mold releasing agent to lower surface tension and improve ink jettability.

Silver acetonedicarboxylate composition enables low-temperature formation of conductive silver elements with high flatness and adhesivity.

Acid anhydride and zeolite additives in the rubber roller composition capture nitrogen-containing compounds, preventing OPC drum damage and image defects.

A vertically movable light-blocking cover descends with the carriage to prevent collision during wiping operations.

A stealth ink formulation using red and green coloring materials emits visible light under ultraviolet radiation to create white images.

A metal oxide composition with a specific solvent compound improves quantum dot dispersibility in solution processes.

Wax thermal hysteresis in hot melt ink increases dot diameter by 15 percent, eliminating external treatment and reducing manufacturing complexity.

Thermoplastic polyurethane binder with silver particles maintains conductivity and adhesion when flexible substrates bend or crease.

Composite dispersant restores dispersed state of dried pigments, resolving aggregation issues during rehydration cycles.

pH-responsive resin particles adjust viscosity via conformational changes, eliminating water-soluble resins that cause flocculation and aggregation.

Acrylate ink compositions with controlled viscosity and tack enable stable delivery through anilox rollers.

A water-based ink jet composition uses polyester resin particles with surface-localized sulfo groups to stabilize dispersion and ejection.

A light emitting element ink uses a thickener to form hydrogen bonds that dynamically adjust viscosity for uniform dispersion.

A copolymer adhesion promoter combines alkyl titanate or zirconate monomers with alkyl phosphate monomers to secure printing inks on plastic substrates.

Specific acetylene glycol surfactants adjust red ink surface tension to reduce wall adhesion and foaming, ensuring clear liquid level visibility in CISS tanks.

Local modifying agents alter helical twisting in chiral liquid crystal polymers to create temperature-independent security features without high-power lasers.

Formula I compounds in thermochromic pigments optimize hysteresis width and color contrast for erasable marking while utilizing recycled cashew nut waste.

Copolymer dispersants resolve the trade-off between dispersing stability and color intensity by optimizing functional groups for high jetness.

Controlled base metal pigment particle diameter and high surface tension organic compounds resolve ejection stability issues during short interval printing.

A radiation-curable ink jet composition uses specific monomers to achieve coatings with improved strength, flexibility, and durability.

Metallic nanoparticle inks create reflective features via ink jet printing to prevent forgery by color copiers.

Aqueous ink set combines resin particles with water-soluble resins to form a uniform inner layer.

Composite resin system combines polyimide heat resistance with flexible acrylate adhesion to resolve solder thermal stress trade-offs.

A coating extender uses glass particles treated with an adhesion promoter to replace expensive resin components in ink formulations.

Circulating white ink with controlled titanium oxide particles through a liquid discharging head maintains uniform dispersion and consistent flow.

Segmented shrink film regions with variable ink thickness enable controlled thermal contraction during heat shrinking.

Aqueous ink set controls divalent metal and potassium ion concentrations to suppress pigment agglomeration.

Incorporating iron powder and metallic salts into a gel matrix enables dynamic color shifts while maintaining writing instrument stability.

A white inkjet ink formulation using specific acrylate monomers to achieve proper curing under UV LED radiation.

Optimized co-solvents with specific Hansen solubility parameters swell vinyl substrates, accelerating drying while preventing nozzle clogging.

Isosorbide fatty acid ester solvent reduces migration potential and odor while maintaining ink stability in food packaging applications.

Printing methods deposit organic layers using distinct solvents to prevent vapor interference between adjacent pixels.

Diacetylene precursors enable tunable color-changing ink jet ink, resolving printing compatibility and synthesis complexity.

Specific fluorosurfactants suppress volatile emissions while maintaining discharge stability through optimized molecular weight and HLB values.

Blending amorphous tartaric acid esters with crystalline phases prevents ink migration on coated paper while maintaining sharp phase transitions.

A core-shell polymer ink composition maintains ejection stability through controlled glass transition temperatures.

Quaternary ammonium compounds with acrylate groups resolve solubility and curing trade-offs, ensuring uniform ink adhesion on diverse substrates.

Surfactant combinations reduce mottling on non-absorbable media by controlling drying rates.

Non-aqueous solvent system with gamma-butyrolactone and 2-butoxyethyl acetate balances rapid drying speed with substrate wetting for reliable adhesion.

High binder solids aqueous paint prevents nozzle clogging during DOD inkjet printing by balancing viscosity through a composite humectant system.

Copper-based inkjet compositions replace degrading cadmium pigments by reducing Cu2+ to stable metallic states during porcelain firing.

Nanoscale pigments in the hybrid matrix absorb visible light to block interior views while maintaining display sharpness and scratch resistance.

A resin-based ink formulation controls storage elastic modulus ratios to enhance gloss and durability on coated substrates.