Organic Dyes TRIZ Cases

Mixing 3TCC dye with MOF-177 creates a hybrid composite that boosts photoluminescence quantum yields beyond the 25% limit of conventional materials.

Nonionic polymer microcapsules encapsulate electrophoretic fluids, resolving gelatin wall limitations that hinder complex color optical states.

Continuous latex emulsion process eliminates solvent use in toner production, reducing batch time and improving consistency through automated control.

A pigment dispersion liquid uses an in-situ reaction between a tertiary amine polymer and a low molecular compound to achieve high concentration.

Coordination-polymeric metal complexes stabilize synthetic polymers by forming cage structures that eliminate heavy metal toxicity and spot formation.

Styrene-maleic anhydride copolymers serve as soluble support material for fused deposition modelling printers.

Synthetic microcarriers conjugate adhesion polypeptides to carboxyl groups, eliminating animal-derived coatings and pathogen risks.

Organosilane polymer coatings on metal oxide pigments enable high solids content at low viscosity without dispersing agents.

Segmenting the dye along a block copolymer backbone prevents fluorophore-fluorophore quenching while enabling bioconjugation for biological applications.

Nonionic fluorocarbon surfactant prevents pigment particle aggregation in dispersions, eliminating uneven surface coatings and light leaks in colored filters.

Aqueous polymer dispersion blends high and low molecular weight polymers to enhance film formation.

Composite resin system resolves dye compatibility limits by balancing PMMA modifier ratios to maintain impact strength while attaining deep black coloration.

Optimized copolymer ratios in a styrene-based resin balance flame retardancy with falling dart impact resistance.