Non-Ionic Surface-Active Compounds TRIZ Cases

Blends of functionalized alkyl polyglucosides deliver effective stain removal and whitening in liquid laundry compositions.

A liquid detergent composition removes uncured paint adhesions using organic solvents and dibasic esters.

A surfactant blend of extended chain anionic and intermediate molecules reduces interfacial tension between oil and water phases.

Protease and amylase enzymes break down protein and lactose fouling in milk processors, reducing process complexity and contamination risks.

Detergent sheets use activated charcoal to overcome enzyme denaturing from high heat, ensuring reliable stain removal through adsorption.

Alkyl dialkylamine oxide surfactant blend maintains cleaning efficiency while reducing skin irritation.

Tropolone derivatives replace persistent phosphonate chelants in fabric care compositions, matching HEDP stain removal while ensuring biodegradability.

Ethoxylated fatty acid stabilizes unit dose detergent solvent systems to enhance pack rigidity and prevent leakage from high solvent content.

Binary surfactant system achieves optical clarity without hydrotropes, eliminating formulation complexity.

Reverse poloxamer slows salt diffusion into water-soluble films, preventing efflorescence haze.

Vinylidene olefins create branched amphiphilic compounds that address limited structural diversity in surfactants.

Aqueous rinse aid composition uses food-grade additives to produce water sheeting and spot-free dishware drying.

A stable aqueous alkyl polyglycoside mixture solubilizes hydrophobic dirt and pigments on hard surfaces.

A phosphate-free surface treatment composition removes deposition materials using organic acids and chelating agents.

Polydimethylsiloxane and organopolysiloxane resin components resolve surfactant compatibility issues while preserving long-term storage stability.

A biodegradable isoamyl lactate solvent composition replaces toxic halogenated fluids with a safer, renewable alternative.

A liquid detergent composition uses 2-branched C13 alkyl sulfate anionic surfactants to improve suds longevity and cleaning efficiency.

Azeotropic distillation with a high-boiling solvent removes water and residual reaction solvent from carbohydrate alkylcarbamates, boosting yield.

A unitary laundry detergent article uses discrete surfactant particles between non-fibrous sheets to enable flexible surfactant selection.

Segmented liquid components stabilize the catechol metal complex, preventing polymerization of polyphenolic dyes during storage.

A polysaccharide hybrid polymer composition sequesters metal ions to prevent hard water scale formation in cleaning systems.

Aqueous cleaning formulation uses proteolytic enzymes and surfactants to remove protein contaminants from hard surfaces.

A multi-compartment water-soluble pouch delivers a lamellar phase benefit composition to deposit viscous hydrophobic ingredients onto fabric surfaces.

Sorbitan ester-based detergents remove residue from profiled tiles without mechanical scrubbing, preserving slip resistance.

A surfactant system shifts its hydrophilic-lipophilic difference profile during wash cycles to improve soil removal.

Siloxane amino acid surfactants lower critical micelle concentration to enhance cleaning performance on hard surfaces.

Dual cavity capsules isolate probiotics from detergents to prevent microbial inactivation while maintaining cleaning efficacy.

Alkoxylated polyaryl phenols in the formulation prevent neat contact dye staining while maintaining fabric whiteness.

Concentrated laundry premix maintains viscosity and clarity during consumer dilution despite hard water variations.

A liquid laundry formulation combines a branched C13 alkyl non-ionic surfactant with a fungal triacylglycerol lipase to solubilize solid fatty compounds.

A laundry treatment container uses a specialized spray applicator to deposit liquid detergent directly onto fabrics.

Alkaline processing solution with nonionic surfactant reduces micro-bridge defects and line width roughness in extreme ultraviolet lithography.

Radical polymerization of unsaturated acids in polyether creates a multilayer film that releases ingredients to enhance washing performance.

A multi-branched surfactant with a polyol backbone and dual hydrophilic-hydrophobic branches improves moisture transport on treated fabrics.

A phosphate-free composition with a specific dispersant copolymer prevents film deposits on plastic articles without requiring strong chelants.