Non-Ionic Surface-Active Compounds TRIZ Cases

See how a non-sulfonated water-soluble copolymer inhibits scale nucleation and crystal growth i

See how a surfactant system with optimized anionic-to-co-surfactant ratio reduces shear viscosi

A sulfonated silane rinse-aid forms a protective layer on tableware to resist baked-on grease, oils, and lipstick during automated dishwashing.

Sprayed surfactant detergent, timed absorption, steam rinsing, and heated air drying remove local stains while softening and deodorizing laundry.

A foaming dish spray combines surfactants, glycol ether, and cyclic diamine to cut scrubbing, rinsing, overspray, and detergent waste.

An alkaline aqueous cleaner removes coagulated ink from adhesive blankets, restoring stickiness and avoiding roll-to-roll printing downtime.

Volatile aldehydes with an acid catalyst neutralize amine and sulfur malodors quickly while removing limescale at non-corrosive pH.

A low-water surfactant and polyalcohol formula stays pumpable while cleaning effectively across doses with less heat and agitation.

A water-based alkyl polyglucoside wipe removes healthcare soils without organic solvents, reducing residue, irritation, and fire risk.

A non-ionic surfactant blend replaces anionic detergents to keep liquid formulas stable at 4°C while reducing skin and eye irritation.

A water-soluble polymer zone holds volatile freshening actives on substrates and releases them by friction, moisture, or heat to reduce waste.

A surfactant-rhamnolipid-hydrotrope blend keeps the concentrate pourable while building detergent viscosity after 1:4 dilution.

Applied on the polishing tool, this post-CMP rinse composition removes wafer residues and contaminants with a brief DI water rinse.

Controlled chlorinated-water mixing and late dye addition keep shading dyes stable in liquid detergents and help prevent garment yellowing.

A fatty acid and hydrocarbon oil blend suppresses foam in concentrated transparent laundry detergents while reducing fatty acid use.

A mixed SAS, anionic surfactant, and hydroxysultaine system improves removal of solid fatty stains when washing at low temperatures.

A formic-acid and surfactant cleaner removes vegetal stains and pesticide residues from hard surfaces while avoiding toxic strong acids and fluorosurfactants.

A neutral-pH blend of silicone surfactant and polycarboxylic acid polymer salt removes solidified nozzle ink while limiting hydrolysis.

A silicone surfactant and polycarboxylic acid polymer salt clean solidified ink at pH 7-8, improving nozzle reliability and storage stability.

Ricinoleic acid in a lipase detergent composition cuts laundry-wash odor from short-chain fatty acids while preserving fat-cleaning performance.

Functionalized polyurethane keeps soil suspended on synthetic fabrics while preserving liquid detergent clarity, stability, and additive compatibility.

Triamines boost biodegradable surfactant systems to remove baked and burnt-on grease with sustained suds, easy rinsing, and less scrubbing.

Functional particles are wrapped in a detergent film to protect enzymes and fragrance during tablet drying while preserving cleaning and softening.

Biphenyl brighteners improve benefit capsule deposition on fabrics, especially cotton, while avoiding separate deposition aids and added process complexity.

A polymer-surfactant cleaning solution adsorbs and dissolves dried binder resin ink on nozzle plates to prevent ink ejection failures.

A pectin-CMC blend helps detergents prevent dirt redeposition on synthetic fibers, reducing greying beyond conventional surfactant systems.

An iron-based bleach catalyst with peroxygen bleach helps low-pH detergent powders remove curry stains without losing cleaning performance.

A surfactant blend with an alkoxylated polymer improves grease and sebum removal while keeping the formulation practical for cleaning uses.

An acidic APG-based dishwashing formula balances antibacterial action with stable suds, grease cleaning, and lower water use.

A water-containing solvent stream followed by nitrogen removes refinery deposits while lowering LEL vapors and reducing catalyst risk.

A water-in-silicone emulsion cleans grease and mold-release residues while staying low VOC, substrate-safe, fast-drying, and paint-ready.

A neutral-pH spray detergent uses alkyl polyglucoside surfactants and glycol ethers to remove crystalline grease while limiting irritation and phase separation.

A cationic polymer and 1,2-alkanediol detergent improves dishware water sheeting and speeds drying, especially in soft water.

Combining free and maltodextrin-encapsulated perfume oils creates a temporary scent shift on flushing that helps avoid nose adaptation.

A gel-based solid layer on water-soluble sheets boosts surfactant loading, preserves adhesion, and dissolves properly for effective laundry cleaning.

A particulate softening additive avoids detergent-softener precipitation, enabling single-location dosing with stable cleaning performance.

A surfactant-ratio and fatty-acid window keeps concentrated unit-dose detergent stable and fast-dissolving with less solvent and residue.

Specific alcohol ethoxylate and anionic surfactant ratios keep low-surfactant liquid detergent within a preferred viscosity range for pouring.

A specific anionic/nonionic surfactant ratio and low fatty acid content keep concentrated unit-dose detergent stable and fast-dissolving.

Alpha-substituted compounds and alkoxylated polyethyleneimine help detergents clean while reducing textile tensile loss and shape distortion.

Alpha-substituted compounds in detergent protect wool and cotton fibers during washing, improving tensile strength and shape retention.

A tuned cleaning liquid and two-speed wipe sequence remove resin buildup from ink-ejecting surfaces while limiting wear and preserving ejection stability.

A peroxide-complexing cleaning composition removes mixed heat exchanger deposits during operation, cutting fouling losses and shutdown time.

A polyalkylene graft copolymer stabilizes high-active non-aqueous paste, reducing leakage and phase separation in dissolvable unit doses.

Alpha-substituted detergent compounds protect wool and cotton during washing, reducing tensile strength loss while preserving cleaning performance.

Alpha-substituted compounds with alkoxylated polyethyleneimine help detergents reduce wash-induced textile strength loss and shape change.

Highly concentrated surfactant is pre-diluted in the washer to cut detergent and packaging use while preserving rapid, homogeneous cleaning.

A short-chain alkyl polyglucoside and alkyl sulfate surfactant system improves dissolution, suds mileage, and grease cleaning at 30°C or less.

A methyl ester ethoxylate and polyamine polymer blend lowers laundry liquid viscosity, easing processing and cutting manufacturing energy use.

A tailored polyvinyl alcohol blend prevents gelling, so detergent pods dissolve quickly in cold, short wash cycles without residue.

A polyvinyl alcohol blend film speeds cold-water pod dissolution and prevents gel residue on fabrics and washing machines.

A polyvinyl alcohol blend limits gelling so multi-compartment detergent doses dissolve quickly in cold, short wash cycles without residue.

A tailored PVA film blend speeds unit-dose dissolution in short cold washes, preventing gelling and residue on fabrics or washing machines.

A modified PVA polymer blend prevents early gelling in detergent pods, speeding cold-water dissolution and reducing fabric residue.

A tuned PVA polymer blend speeds unit-dose film dissolution and limits gelling residue in short, cold laundry and dishwashing cycles.

A nonionic surfactant premix stabilizes crystalline structurants in fabric liquids, improving rheology, phase stability, and cationic compatibility.

Carboxylated PVA blend films in multi-compartment detergent pods prevent gelling, dissolve faster in cold short cycles, and reduce residue.

A tuned PVA polymer blend film speeds cold-water pod dissolution and cuts gelling residue in short wash cycles.

A polyvinyl alcohol blend film helps multi-compartment detergent doses dissolve quickly in short cold washes without gelling or leaving residue.