Organic Detergent Compounding Agents TRIZ Cases

Aqueous acidic cleaning composition uses diamine surfactants to increase viscosity for better surface retention.

Anionic surfactants complex with the cationic polymer to prevent film precipitation, maintaining solubility for effective fabric care.

Hydrophobically alkali swellable emulsions encapsulate odorous active ingredients, resolving the trade-off between chemical stability and persistence.

Acidic pH polymerization prevents tri-substituted vinyl monomer impurities, enabling effective metal ion removal in phosphate-free systems.

Composite solvent blend with corrosion inhibitors dissolves ink while preventing metal degradation and ensuring rapid evaporation.

Composite silsesquioxane coatings resist UV degradation and abrasion, maintaining water repellency without frequent reapplication.

Urea scavenges free formaldehyde in microcapsule walls, preventing discoloration from coloured complex formation with perfume aldehydes.

Composite polyesters with aromatic diacid units reduce soil adhesion to eliminate persistent malodors on treated fabrics.

A laundry care composition uses a leuco polymer to deposit on fabrics and transform into an intense colored state upon triggering.

A liquid treatment composition combines a deposition aid with a hueing dye to enhance fabric care benefits.

Enantiomer-enriched MGDA mixtures maintain stability at high concentrations across zero to 50°C without precipitation or turbidity.

Carboxymethyl inulin complexes calcium ions to soften water, enabling phosphate-free detergents to match conventional cleaning performance without phosphonates.

Terminal polybutylene oxide blocks reduce synthesis volume by approximately 40% while maintaining hydrophobicity and cleaning effectiveness.

A multiphase detergent uses a sodium citrate dihydrate and anhydrate mixture to enhance enzyme stability and tablet fracture toughness.

Composite amine structures reduce VOC emissions and odor in paints without sacrificing scrub resistance.

An amine compound stabilizes suds in hand dishwashing compositions by buffering pH drops from acidifying soils, maintaining foam integrity during cleaning.

A cleaning composition uses polyetheramine to remove grease from soiled materials in cold water washes.

Alkanesulfonic acid cleaning compositions remove scale and rust from metal surfaces without causing corrosion or staining.

Linear alcohol addition enhances detergent surface activity and foam stability, reducing wash cycles needed to remove heavy grease.

Blockwise polyesters resist turbidity and hydrolysis in alkaline environments while maintaining effective soil release properties.

A cleaning solution mixture solvent containing water and a specific organic solvent targets resin-adhered ink deposits within inkjet printing heads.

Covalently bonding an antioxidant moiety to a leuco compound creates a stable conjugate that deposits effectively on textiles.

Polyacrylate polymer combined with activated citrus fibre reduces on-wall drainage residues while maintaining suspension stability.

Amphiphilic alkoxylated polyethylene-propylene imine copolymers remove oily stains at low temperatures, reducing surfactant levels while maintaining whiteness.

Vinyl addition polymer backbones with oxyethylene and oxypropylene units prevent sagging and settling in aqueous latex paints.

Alkyl polyglucoside and linear C6 alcohol ethoxylate replace hazardous nonylphenol ethoxylates to remove grease without solvents.

A liquid laundry composition uses a specific weight ratio of homopolymer of 1-vinyl-2-pyrrolidone to oxygen-based bleach for effective stain removal.

Segmented implement applies surfactants and hydrophobic wax concurrently, preventing sequestration while maintaining surface cleanliness.

Magnesium salt prevents lactone formation in polyvinyl alcohol films, ensuring reliable dissolution after prolonged storage.

High water liquid detergent uses specific acrylic polymer to remove stains without bleach.

Voided latex particles reduce opacifier dosage and water content while maintaining formulation stability in concentrated detergents.

Combining polyacrylate and maleic acid copolymer prevents rinse cycle scale deposits and microbial growth on heating elements.

Modified comb copolymers achieve high solubility in aqueous and organic media through phosphoric acid ester or quaternary ammonium salt side chains.

Mechanical load reduces high molecular weight components in acrylic acid polymers, preventing viscosity increase in pigment dispersions.

Volatile copolymers trap dust mites and pollen then evaporate, eliminating sticky residues that attract dirt.

A buffered cleaning composition removes copper and cobalt residues from microelectronic devices using fluoride ions and alkanolamines.

Ionic liquid composite tetraacetylethylenediamine overcomes low dissolution rates of conventional crystalline forms to enable rapid peracetic acid generation.

A dishwasher detergent composition uses methyl-glycine-diacetic acid and glutamic-N,N-diacetic acid as biodegradable builders to maintain pH neutrality.

Yeast exo-proteins shield lipase from surfactant denaturation, maintaining cleaning power while reducing enzyme costs.

Methoxy-group-containing organic solvents and diols remove residual ink without surfactant-induced foaming or metallic corrosion.

An acidic dicing solution with surfactants removes silicon particles and inhibits corrosion on exposed metallization during wafer sawing.

Composite particles resolve fragrance release versus stability trade-offs by maintaining uniform coloration over time.

Solid laundry scenting formulation incorporates water using a structurant to reduce costs while maintaining hardness.

Leuco compounds deposit selectively on aged cotton to enhance whiteness while maintaining storage stability.

Functional polymeric additives prevent soil redeposition through hydrophobic interactions and steric hindrance mechanisms.

Adding trimethylglycine to myristic acid soap restores hardness lost during high-fatty-acid formulation.