Inks TRIZ Cases

A boron diffusion agent composition with a hydrolyzable Si compound enables uniform coating on semiconductor substrates.

Aqueous inks with a redispersibility index of 0.90 or more promote pigment aggregation to enhance image durability on coated media.

Segmented ink storage prevents evaporation in sealed cartridges while enabling frequent refills in open reservoirs.

Water-based active energy curable inkjet inks use specific photoinitiators to achieve high cross-linking density and adhesion.

Applying a hydrophilic PVA emulsion coating resolves the contradiction between ink drop spread and transfer efficiency on aqueous inkjet blankets.

Modified silicone oil in the ink reduces surface tension to prevent acidic carbon black adhesion, protecting the nozzle plate during cleaning.

Low energy radically curable offset inks use specific photoinitiators to enable rapid surface curing under 280-400 nm UV lamps.

A cadmium-free luminescent nanostructure employs a core-shell design to resolve stability and toxicity trade-offs in color conversion panels.

Micelle-based charge director suppresses negative optical density memory by stabilizing charge distribution during high-frequency printing.

Preliminary ultraviolet irradiation forms a protective surface film that prevents monomer volatilization and smoke during subsequent electron beam curing.

In situ photoreduction of silver ions eliminates complex dispersing procedures to produce uniform conductive films.

Molecular silver ink with polymeric binder and organic amine achieves low viscosity for high silver loading.

A water-based hybrid ink combines UV and heat curing to minimize residual photoinitiators.

Screen-printed PEDOT:PSS graphene electrodes eliminate multi-step functionalization, enabling rapid point-of-care biosensing without complex equipment.

Screen-printing paste composition with metal oxides forms stable noble-metal electrodes on ceramic substrates, preventing oxidation at high temperatures.

Oxymethylene ethers provide safe, carbon-neutral solvents for printing inks, eliminating flammability and toxicity risks.

Selective laser sintering transforms the Ag-BST nanoparticle ink into precise conductive paths, resolving viscosity constraints in RF manufacturing.

A water-based achromatic ink formulation uses a high-acid polymer to bind zinc ions and prevent deposit formation in inkjet systems.

A polyurethane binder formulation enables modular two-component printing ink systems with strong adhesion and pigment compatibility.

Embedded mixed silicides in the copper-zinc matrix increase tensile strength and temperature resistance while maintaining ductility for cold forming.

Phosphoric acid polyester copolymer dispersant stabilizes metal oxide particles in water-free inkjet formulations.

A dry ball mill grinds feedstock while an air classifier separates ultra-fine particles from coarse material using high-speed airflow.

A magenta inkjet ink combines Pigment Red 146, Pigment Red 184, and Pigment Violet 23 to achieve high optical density.

A curable composition uses a specific cyclic carbonate compound to boost substrate adhesion.

Ink-jet printing uses crystallization agents to orient organic semiconductor molecules during deposition.

Composite resins and comb dispersants resolve pigment incompatibility in alcohol-based printing inks.

Water-in-oil emulsion prevents layer separation in photo-curable ink, ensuring consistent whiteness through controlled pore formation.

Precise pigment particle diameter control resolves the contradiction between storage stability and ejectability, delivering high optical density and gloss.

Carboxylated acrylonitrile butadiene styrene emulsions resolve drying time and rub fastness trade-offs on low-absorbing substrates.

A thermally curable ink-jet ink uses a sol-gel phase transition to enhance substrate adhesion.

An ink composition with epoxy, oxetane, and thiol monomers forms a crosslinked network that resists bending damage and reduces folded part visibility.

A thermochromic film converts untreated vanadium oxide to vanadium dioxide via intense pulsed light annealing on a heat-shrinkable substrate.

Setting coverage below 100% allows gel ink dots to unite, preventing stripe defects without complex nozzle control.

A heated liquid ink absorber removes adhering wax from printhead nozzles through controlled movement and contact pressure.

One-part ethoxylated triacrylate formulation eliminates isocyanate solvents while enabling rapid UV curing for durable soft touch printing.

A defoamer composition combines laterally polyether-modified polysiloxanes with terminally modified variants to enhance foam reduction.

Ceramic inkjet printing ink matches thermal expansion coefficients of low-expansion glass substrates, preventing cracking and ensuring strong adhesion.

Optimizing the Ohnesorge number to 0.180-0.188 suppresses satellite phenomenon and displaced ejection on poorly absorbent media.

Graphene compositions with cyclic imides boost conductivity while avoiding heavy metallic coatings.

Surfactant compounds mediate the interface between C.I. Disperse Red 364 and water, preventing foreign material generation that clogs nozzles during storage.

Polymeric amino methacrylates reduce extractable compounds and migration while maintaining ink water balance during UV LED curing.

Phosphoric methacrylic acid esters in the inkjet formulation improve metal adhesion and reduce skin sensitization without volatile organic solvents.

Intermingled low and high Tg polymer strands in latex particulates resolve nozzle reliability issues while maintaining scratch resistance.

A solvent-based ink composition set uses specific alkylene glycol diethers and lactone compounds to enhance warm color reproduction.