Non-Ionic Surface-Active Compounds TRIZ Cases

Radiocarbon dating and headspace analysis verify bio-based content and absence of volatile organic compounds in cleaning formulations.

Non-sulphonated water-soluble copolymer prevents scale nucleation in automatic dishwashing formulations.

Branched alkyl surfactants remove oil deposits across 10°C to 60°C by balancing chain length and unsaturation.

Replacing ethoxylated surfactants with alkylpolyglycosides achieves environmental compliance while maintaining rapid inversion and viscosity.

Phenoxyethanol protects pigments from oxidation in hypohalite bleach, preventing decomposition and staining.

Blending alkali-swellable and hydrophobically-modified polymers stabilizes alkaline laundry detergents, eliminating energy-intensive homogenization steps.

Precise surfactant ratios balance viscosity for consumer perception while protecting protease activity during storage.

Methanesulfonic acid catalyzes aspartic acid polycondensation, resolving the trade-off between production cost and polymer biodegradability.

Specific alkoxylated dispersants mediate wash liquor interactions to reduce soil redeposition during low water rinse cycles, maintaining garment brightness.

Quaternary silicones replace esterquats to prevent deactivation by oxidizing agents, enabling simultaneous softening and cleaning in the final rinse phase.

A natural cleaning composition combines alkyl polyglucoside surfactant with ethanol to emulsify dirt on hard surfaces.

A sulphonate-functionalized alkyl polyglycoside and ethoxylated fatty acid sorbitan ester mixture cleans tough stains effectively.

Segmenting fragrance into a separate serum allows consumers to adjust scent intensity without compromising detergent performance.

Aqueous cleaning composition uses surfactant and specific compounds to generate foam formation properties for hard surface applications.

Optimized surfactant ratios stabilize concentrated liquid detergents, preventing envelope dissolution and leakage in water-soluble packaging.

C16/18 surfactant blends delay spill uptake in nylon elastane, reducing staining and perfume smells while maintaining cleaning performance.

Solid particulate detergent uses fatty material and surfactants to encapsulate perfume within a composite particle structure.

Optimized natural ingredient ratios enable effective hard surface cleaning performance comparable to synthetic formulations.

Controlling alpha-1,6 glycosidic linkages in cationic polysaccharides prevents soil redeposition while maintaining fabric whiteness.

A self-adhering composition with linear primary alcohols and surfactants forms a wet film on hard surfaces.

A surfactant composition combines ether sulfate with alcohol ethoxylate to lower the melting point.

Soluble magnesium salts and benzyl alcohol prevent viscous liquid crystalline phases in ultra concentrated liquid laundry detergents at low temperatures.

Optimized weight ratios of non-ionic and anionic surfactants prevent gelation, enabling stable, concentrated cleaning compositions with reduced water content.

Effective microorganisms eliminate the vinegary smell of soapnut shells while enhancing cleaning performance through biological transformation.

Ethoxylated polyethyleneimine stabilizes concentrated liquid laundry formulations with high anionic surfactant levels.

Detergent formulation uses specific cationic polymers to deposit silicones, maintaining fabric whiteness while preventing buildup from traditional softeners.

An amphiphilic alkoxylated polyalkyleneimine stabilizes suds in a composite surfactant system, maintaining grease cleaning performance.

Liquid hard surface cleaning composition uses ethoxylated alkoxylated nonionic surfactants to enhance wetting effects.

A water-soluble substrate containing at least 8wt% anionic surfactant enables complete dissolution in cold water while maintaining flexibility and heat sealability.

Specific anionic and non-ionic surfactant ratios maintain cleaning efficacy while allowing new ingredient incorporation.

A liquid detergent composition combines nonionic and anionic surfactants with a cationic polysaccharide polymer to deliver superior fabric softening.

Modified amylase sequences preserve enzyme stability against anionic surfactants for effective low-temperature cleaning.

Sporogenous microbial formulation breaks down organic carcinogens on porous firefighting surfaces, eliminating benzene and PCBs without bulky thermal equipment.

Branched alkyl polysaccharide compounds prevent soil redeposition and fabric greying in dry or liquid detergent formulations.

A spray dispenser delivers a foaming cleaning composition to reduce scrubbing effort and minimize detergent waste during manual dishwashing.

A mixed hydrophobically modified cationic polysaccharide thickens liquid home care compositions while maintaining transparency.

Precise pH control and silicone concentration maintain coating stability against cleansing surfactants.

Detergent compositions use insoluble solvents and surfactants to remove hydrophobic soils.

Three-stage cleaning removes polymer fixation from polishing slurry using sequential surfactant, ozone, and ammonia-peroxide immersion.

Anionic surfactant-stabilized organosilicone microemulsion reduces wrinkles and softens fabric while lowering production costs.

Glycerol esters combined with polymeric carriers resolve processing difficulties and greasy fabric feel while maintaining biodegradability.

Selective surfactant adsorption blocks etchant access to surface defects, maintaining planarity without anisotropic processing delays.

A minimum-boiling binary azeotrope of n-undecane and n-butyl-3-hydroxybutyrate provides consistent solvency across varying pressures.

A rinse-free laundry composition uses a surfactant scavenger and non-ionic surfactant to eliminate flocs.

Radiocarbon dating and headspace analysis verify bio-based content to reduce allergenic risks for chemically sensitive individuals.

Specific 1,2-propanediol and dipropylene glycol ratios stabilize film flexibility, preventing premature rupture during liquid detergent storage.

A sprayable cleaning composition uses a specific surfactant system and glycol ether solvent to deliver effective grease removal.

Sugar-based cleaning compositions dissolve scale binders in sugar evaporators to enable rapid soil removal.