Organic Detergent Compounding Agents TRIZ Cases

A phosphate-free detergent composition uses methyl glycine diacetic acid and a specific protease variant to clean dishes effectively.

Smectite clay fabric softener uses etheramine stabilizers to deposit uniformly on textiles without clumping.

Wet etch solution removes titanium hard masks while protecting underlying copper conductors via triazole adsorption.

Coordination-insertion catalysts produce lightly branched oligomers from single olefins for surfactant synthesis.

Manganese complex catalysts and dual nonionic surfactants restore degreasing performance lost when replacing phosphates in machine dishwash detergents.

Cationic copolymers reduce water contact angles on hard surfaces, preventing stripe residues and maintaining gloss during rapid drying cycles.

Acid surfactant reacts with alkanolamine to maintain stability at high temperatures, preventing leakage from water-soluble containers.

Hydrophobic coatings prevent dissolution during emulsification, enabling controlled release while maintaining encapsulate fracture strength.

Clay adsorption removes chromophore precursors from heavy alkylate fractions, minimizing sulfonation color and restoring process efficiency.

A cleaning liquid composition removes metal impurities and organic residues from semiconductor substrates.

Amides of 12-hydroxyoctadecanoic acid resist lipase hydrolysis to stabilize liquid laundry detergents.

Dry encapsulated fragrance powder in polyethylene glycol pastilles prevents melting and sticking during storage while ensuring complete solubility.

Fermentation-derived 1,3-propanediol extracts botanical compounds while eliminating petroleum-based greenhouse gas emissions.

A fabric treatment composition uses starch-graft-polymethacrylic acid and anionic surfactants to remove oily soils.

Optimized chemical composition removes dry etching residues while preventing damage to cobalt alloys and low-dielectric constant films.

A solid laundry scenting composition uses crosslinked cellulose ether to maintain structural integrity while delivering perfume.

Specific polyester structures resist hydrolysis in alkaline environments, maintaining stability and soil removal performance.

Unsubstituted phenyl boronic acid mediates interactions between serine protease and anionic surfactants in concentrated liquid detergents.

A polyester terephthalate polymer composition provides opacity in liquid laundry detergents without adding separate opacifying agents.

Guerbet alcohol ethoxylates stabilize liquid detergent concentrates, avoiding membrane blockage and eliminating expensive dosing units.

A concentrated biodegradable detergent composition cleans medical instruments while inhibiting corrosion and controlling scale.

Self-invertible inverse latex thickens detergent formulations using a crosslinked polyelectrolyte network.

Cationic poly alpha-1,6-glucan ether compounds enhance active ingredient deposition in treatment compositions.

Cumene sulfonate prevents phase separation in liquid detergents, maintaining enzyme activity during high temperature storage cycles.

Amphiphilic polyalkylenimine polymers with inner polyethylene oxide and outer polypropylene oxide blocks enhance grease removal in laundry detergents.

A solid fabric softener uses a water-soluble core and layered coating to deliver fragrance and softening agents during washing.

A water-soluble packaging system with separate chambers holds optical brighteners and color transfer inhibitors in low-water liquid detergents.

A liquid laundry additive uses a composite polymer to enhance soil removal and anti-redeposition capabilities.

A chelating agent production process uses controlled alkali metal hydroxide ratios to form protective complexes during saponification.

A photoresist stripping composition uses quaternary ammonium hydroxide and triazine inhibitors to remove resist layers from semiconductor substrates.

A ternary non-ionic surfactant mixture suspends grease and promotes drying through specific cloud point selection.

A detergent composition with engineered protease and amylase variants hydrolyzes soils at reduced temperatures.

Specific amine compounds with controlled pH balance clean cobalt-containing matter while preventing surface corrosion during post-CMP processing.

Modified amino-functional organopolysiloxane powders suppress foam in rinse cycles while maintaining wash cycle neutrality.

Polyaspartate derivatives in laundry detergents enhance biodegradability while removing oily and particulate soils through electrostatic interactions.

A hydrazine-based cleaning liquid protects ruthenium substrates from galvanic corrosion during processing.

Composite antifoaming agent combines hydrolysable organopolysiloxane, non-linear organosilicon resin, and hydrophobic filler to suppress foam.

Specific polymer molecular weight ranges boost suds volume without raising surfactant content, lowering formulation cost.

Segmented liquid cleaning agents leverage pH differences and enzymatic action to remove tea stains at low temperatures without increasing ingredient quantity.

A post-CMP cleaning composition uses nonionic copolymers and poly(acrylic acid) to remove residues from cobalt substrates.

A basic cleaning liquid composition removes metallic impurities and organic residues from semiconductor substrates.

A fluoride-based cleaning composition removes post-etch residues from semiconductor substrates while preserving copper interconnects.

Solid detergent particles dissolve during washing via surfactant phase change, maintaining distinct visual appearance in the liquid cleaning composition.

Alkaline detergent uses polyethyleneimine to collapse suds during rinse cycles, reducing water usage while maintaining cleaning efficiency.

A polyamine sulfonic acid salt composition removes hydrocarbon deposits while forming protective films on metal surfaces.

Spray-drying transforms hygroscopic aminocarboxylic builders into stable solid particles, resolving humidity-induced instability in phosphate-free detergents.

Boron-free compounds stabilize proteases in detergents by forming reversible non-covalent complexes that prevent hydrolysis during storage.

High viscosity formulation maintains contact time on inverted surfaces, removing baked-on grease without phosphates or caustics.

Specific amines in the formulation enhance solvency to remove grease while maintaining surface shine.

A potassium internal olefin sulfonate mixture cleans hard articles using high hardness water at elevated temperatures.