Inks TRIZ Cases

Waterborne ink uses sulfonated polyester to eliminate UV monomer safety risks while maintaining high transfer efficiency.

Silane-modified polymers in aqueous ink resolve poor adhesion on non-absorbent surfaces while maintaining low viscosity for high-speed printing.

An offset printing composition with specific solvent and binder ratios enables precise fine pattern transfer onto substrates.

Diketopyrrolopyrrole pigment compound featuring electron-withdrawing groups on benzene rings to enhance molecular stability.

An acrylate ink composition uses trifunctional and tetrafunctional oligomers to enable efficient image transfer.

Sugar alcohol formulations prevent caramelization and crystallization in 3D printer shipping fluids.

Core-shell nanostructures resolve the contradiction between environmental safety and luminous efficiency by optimizing Group III-V and zinc chalcogenide ratios.

Polyhydric alcohol monoalkyl ethers modify inkjet recording ink permeability to prevent mist contamination and offset during high-speed printing.

Quinacridone pigment ink uses controlled non-adsorbed resin to prevent electrostatic agglomeration and skewed ejection.

A monofunctional radically polymerizable monomer and polyfunctional acrylate oligomer form a cured film with enhanced adhesion.

Chemical sintering via chloride ions allows high-resolution conductive traces on flexible substrates without thermal damage.

Controlling ink phase angle below 60 degrees at 10 Hz reduces pinhole defects by optimizing viscoelastic behavior for speeds exceeding 1200 feet per minute.

A conjugated diene based polymer composition enhances fuel cost-saving properties in automobile tires.

Wollastonite and hydroxyl acrylic resins create a composite powder coating that maintains low gloss while resisting chemical warfare agents.

Neutralized polymer dispersants prevent pigment separation and nozzle blocking in tinting systems.

A sol-gel cross-linked coating provides thermal stability for inkjet printheads.

A water-based ink composition uses a dispersant and durable polymer to stabilize pigment particles in the dispersion medium.

An aqueous particle dispersion with a polymeric shell suppresses the coffee ring effect by adjusting surface tension to 60-72 mN/m.

Polyethylene glycol suppresses pigment precipitation while controlled viscosity prevents sticking at the ejection opening.

An aqueous pigment dispersion employs a specific aliphatic hydrocarbon crosslinking agent to enhance polymer adsorption and solvent resistance.

Optimizing wax particle diameter resolves the contradiction between abrasion resistance and glossiness in aqueous ink jet recording.

Hardened fine particles in aqueous ink suppress ball seat abrasion while surfactant prevents pigment deposition during downward storage.

Adding moderate acids with pKa at least 1 buffers particle conductivity, reducing sensitivity to charge director concentration changes for stable charging.

Inhibitors prevent premature polymerization in ROMP formulations, avoiding nozzle clogging while enabling high thermal resistance.

A polyether compound mediates filler dispersion in rubber matrices to improve mixing processability.

Applying maintenance liquid to soften and dissolve dried polymer deposits on heated inkjet nozzle plates, preventing clogging from volatile solvent evaporation.

Ultracentrifugation separates flakes by thickness to resolve poor optical transmittance and apparatus damage from unsatisfactory ink distributions.

A dispersant liquid combines an anionic resin with a linear monoalkylamine to enhance organic coloring material wettability.

A grafted autoxidisable polyester resin achieves low viscosity through Diels-Alder and Ene reaction grafting of diacid groups.

Optimized isohexide copolyester balances waterfastness and scratch resistance while maintaining biodegradability for recycled paper.

Combining low and high molecular weight disperse dyes prevents nozzle clogging from crystallization while maintaining hue versatility.

A quinacridone pigment ink composition with specific absorbance ratios improves surface gloss on specialized papers.

Segmented ink storage isolates magenta pigment in an inner chamber to maintain humidity and ensure stable ejection.

Replacing epoxy ester resins with acrylics eliminates costly drying agents, reducing manufacturing expenses while maintaining fast drying speeds.

A branched vegetable oil-based photosensitive resin combines flexibility with high cross-linking density to form a durable UV curing binder.

Screen printable PTC ink uses dual polymer resins to maintain stable electrical resistance across wide temperature ranges.

A naphthopyran-based photochromic composition combines specific oligomers with the compound to adjust discoloration sensitivity and color density.