Inks TRIZ Cases

See how a multi-component azo dye mixture reduces parameter dependence and polyamide staining w

See how anionic polyelectrolyte and charge regulators maintain suspension stability and re-disp

See how multi-alkali-metal-ion color material in aqueous ink jet ink resolves discharge instabi

See how multi-reactive group dyes and low-alkali primers achieve high color fixation and fastne

See how precise molarity control of acidic and basic groups in treatment liquid and coloring in

See how ε-caprolactam replaces urea in textile pretreatment to maintain dye fixation and color

See how a tri-component binder resin system balances washing fastness, color development on dar

See how a disperse and solvent dye ink set achieves washing and rubbing fastness on polyester t

See how a block copolymer with dual hydrophilic end-blocks and a central hydrophobic block reso

See how nanoporous cerium oxide macro-structures with controlled pore sizes attenuate UV radiat

See how a crosslinking colouring composition forms covalent bonds through heat fixation, elimin

See how replacing inorganic alkalis with organic amine compounds in reaction liquid improves co

See how polyamide-epihalohydrin and quaternary ammonium polymers replace metal salts to prevent

See how a silicone-free water-based ink composition with esterquats and controlled viscosity ac

See how a pretreatment agent with controlled conductivity (32-49 mS/cm) prevents both fabric di

See how controlled penetrant liquid adhesion ratios enable uniform back-surface ink penetration

See how a pretreatment agent with 32-49 mS/cm conductivity using polyvalent metal salts prevent

See how a cationic aggregating agent on dry fabric combined with anionic block copolymer ink ac

See how resin-particle overcoat liquid replaces UV ink to mimic jacquard weave patterns on fabr

See how nanoporous cerium oxide nanoparticle macro-structures scatter and absorb UV radiation t

See how a polyhydric alcohol with high boiling point controls viscosity and evaporation in a ca

See how separating wax particles into an overcoat layer prevents resin binding inhibition and i

See how porous polymer particles with tuned pore sizes replace metal oxides to achieve broad-sp

See how a flocculant pre-processing fluid and resin-rich pigment ink prevent bleeding and strik

See how a polymer with (meth)acrylic acid ester and secondary alcohol structural units improves

See how a water-based ink with over 70% natural materials achieves adhesion and moisture resist

See how wet-on-wet inkjet layering with charge-optimized white ink and low-modulus color ink im

See how a water-based pigment DOD inkjet ink with urethane resin eliminates pretreatment steps

See how a water-dispersible resin with controlled tensile strength and breaking elongation achi

See how a two-ink set combines lignin, non-ionic dispersant, and sugar alcohols to balance jett

See how alicyclic polyisocyanate and plant-derived macropolyol achieve 30% biomass degree, reso

See how limiting oily silicone compound to under 1000 ppm in silicone-resin ink preserves rubbi

See how a core-shell composite resin combining polyurethane shell and acrylic core improves abr

See how anionic copolymer dispersant and polymeric binder enable easy re-dispersion of settled

See how a multi-step ink jet method uses aggregating agents, anionic resin, and organopolysilox

See how a three-solution ink jet set uses controlled surface tension relationships to reduce bl

See how applying an alkaline softener to freshly UV-cured cationic ink resolves brittleness and

See how a pre-processing fluid combining cationic flocculation and emulsified sizing agents res

See how lactam compounds suppress aggregation in high-concentration acidic dye inks, enabling s

See how a two-liquid ink set pairs water-soluble cationic resin with low-Tg anionic resin to ac

See how polyurethane particles with self-crosslinked amines bind metal oxide pigments to fabric

See how polymeric shell encapsulation of amine blocked isocyanates prevents hydrolysis and pres

See how potassium-salt treatment ink balances 20%+ solid content with 55%+ water to improve rea

See how nano silica and polymer additives modify polyamide coating surface structure to improve

See how a composite acrylated monomer formulation enables LED-curable digital ink to achieve im

See how fine recovered fibers from waste cloth mixed with waterborne polyurethane create coatin

See how a processing fluid with flocculant and cross-linkable ink improve laundry fastness and

Controlling ink surface tension to 22-30 mN/m helps remove air bubbles in refillable inkjet systems and maintain stable ejection.

Precisely tuned thermochromic pigments narrow hysteresis to deliver reliable wetness and heat-warning color changes in coated fabrics.

A styrene-acrylic dispersant and acetylene glycol penetrant keep disperse dye ink stable while raising fabric surface print density and reducing clogging.

A tuned solvent mix limits dye-hydroxy reactions, enabling stable ink ejection, higher optical density, and clearer textile patterns.

Long-chain solubilizing groups make squaraine NIR dyes wax soluble and thermally stable for phase change ink printing.

A polymer dispersant and surfactant system keeps pigment ink re-dispersible after drying while limiting aggregation, sedimentation, and nozzle clogging.

UV-cured pigment ink with a cross-linkable hydrophilic polymer prevents bleeding on fabric while preserving texture and image density.

A clear polycarbonate-polyester blend preserves transparency and structural integrity under hot caustic aqueous exposure where standard polycarbonate cracks.

Optimized phenylazo and pyridoneazo dye ratios improve wash and contact fastness, color buildup, and level hues on polyester textiles.

Capillary solvent flow spreads and separates two dyes through a wicking substrate, creating broad watercolor-like patterns without careful brushwork.

A wet acrylic latex base layer enables direct inkjet printing on synthetic textiles, improving adhesion, washfastness, and image quality without intermediate drying.

Formate-coated copper nanoplates convert to a copper-graphene conductor that resists oxidation and corrosion at high temperatures.

Using solvents at 150°C or below, this conductive ink dries quickly while forming uniform, flat, dense films suited to roll-to-roll production.

An extruded biodegradable sealing layer uses crosslinked polymers and natural fillers to retain moisture in flexible printed batteries.

Hybrid graphene aerosol gel and carbon nanotube inks improve conductivity, flexibility, and scalable inkjet printing for printed energy storage.

An amine-catalyzed silver carboxylate ink forms conductive structures at low temperatures, preserving substrate integrity for flexible devices.

A 3D-printed biodegradable sealing layer uses crosslinked polymers and fillers to preserve battery moisture integrity while improving recyclability.

Selective laser sintering of PLA or PCL sealing layers creates a biodegradable moisture barrier that preserves electrochemical battery function.

Megasonic exfoliation, terpineol ink design, and photonic annealing improve printed MoS2 film order, contact resistance, and flexible photodetector response.

Hybrid graphene aerosol gel and carbon nanotube inks improve printability, stability, and electrochemical cycling for flexible energy storage.

Organic salt reduction forms concentrated nano metal paste with good dispersion, limiting oxidation and agglomeration in conductive inks.

A two-step exfoliation and compression route makes graphene ink scalable while restoring film thickness and conductivity for additive manufacturing.

An adhesive-cured connector joins conductive ink on curved window glass below its degradation temperature, avoiding solder heat damage.

A soluble binder ink enables rapid room-temperature light-sintering of oxide solid electrolyte sheets without delamination or substrate damage.

A mixed water-organic conductive polymer composition improves droplet coating, film flatness, transparency, and low residual moisture.

Ultrasonic dispersion and fine cerium oxide particles stabilize fuel cell electrolyte ink, preventing settling during continuous layer formation.

A printable thermoplastic adhesive with metal-coated particles forms thin one-way conductive joints at moderate temperatures for flexible electronics.

A composite RFID conductive paste improves particle dispersion, conductivity, and drying speed for stable high-throughput tag printing.

A silane-coupled polycarbonate coating composition improves bonding to metals and glass while reducing peeling without losing durability.

A copper paste uses reducible oxide particles and an organic vehicle to limit diffusion and oxidation while simplifying solar cell metallization.

A thin EGaIn coating fuses printed silver nanoparticle traces, boosting conductivity and strain tolerance on soft and curved 3D substrates.

Wet-on-wet inkjet top coating creates customized magnetic indicia in optical effect layers without complex curing or magnetic assemblies.

A terpene-dissolved silver decanoate ink forms conductive traces at 250°C or less, preserving temperature-sensitive substrates while maintaining adhesion.

A low-Tg polymer disperses metal particles so conductive patterns form on porous substrates at room temperature with good conductivity and bend resistance.

A PVB and resol phenolic resin blend improves conductive powder dispersion, substrate adhesion, and storage stability in lead-free conductive films.

Fluorinated aromatic ligands stabilize high-loading semiconductor nanoparticle inks for cadmium-free light absorption and emission.

Biodegradable polycannabinoid composites use metal or MXene fillers to deliver conductivity, corrosion resistance, and biocompatibility for electronics.

Nanobubbles create porous thin films with higher surface area and better mass and charge transport for electrodes, membranes, and photovoltaic cells.

A tuned curable composition spreads into a continuous film before mold contact, cutting bubbles and filling time in imprint processing.

Hydrogen-doped oxide shells turn liquid metal microparticles conductive, enabling stretchable circuit lines without oxide removal or substrate damage.

Copper-based solar cell paste uses oxide nanoparticles and redox firing chemistry to limit diffusion and oxidation while reducing silver use.

A hydrogen-bonding thickener keeps light emitting elements dispersed during storage, then enables printing and clean low-pressure removal.

A deep eutectic liquid creates porous conductive resin that cuts conductive filler use while preserving sensor sensitivity and flexibility.

Light- or heat-triggered solvent isomerization shifts ink viscosity to keep LED elements dispersed, then align and remove them efficiently.

A low-Tg high-molecular-weight acrylic binder with silver or carbon black helps stretchable conductive films retain conductivity during expansion.

Low-BET carbon black and CNTs cut viscosity without solvents, enabling stretchable silicone electrodes with low resistance.

Megasonic exfoliation raises monolayer MoS2 ink quality and concentration, enabling scalable large-area electroluminescent films.

A rigid conjugated polymer with polymeric cation doping enables water- or alcohol-processable n-type inks with high conductivity and thermal stability.

An EHD ink formulation uses charge-transfer and electric-field-responsive polymers to print uniform conductive lines directly on 3D substrates.

A dual-solvent metal salt precursor enables smooth, thin, high-resolution metal oxide patterns for continuous reverse offset printing.

Combining negative and positive photochromic compositions helps spectacle lenses preserve perceived lightness and contrast under changing UV exposure.

An NBR-based aqueous peelable ink forms vivid, cohesive films on non-porous surfaces while resisting leakage and staying erasable over time.

A surfactant-balanced aqueous marker ink improves wetting on non-absorbing surfaces while preventing blurring, tip drying, and pen core separation.

A solid sugar alcohol in the treatment liquid controls moisture uptake, reducing media curling while preserving ink aggregation and color development.

Low-boiling solvents, tailored binders, and treated fillers enable screen-printed conductive layers to dry in under 15 seconds with uniform dispersion.

A benzene-amine-free photoinitiator composition improves surface curing across light sources while reducing odor, yellowing, and pollution risks.

Controlled phosphate (meth)acrylate and hydrophilic monomer ratios improve printed-layer adhesion without sacrificing pigment dispersion or storage stability.

A tuned monomer blend improves inkjet discharge, substrate adhesion, LED curability, flexibility, and low-odor, low-tack curing.