Non-Ionic Surface-Active Compounds TRIZ Cases

See how a basic cleaning composition with pH above 7.5 reverses ink coagulation to maintain adh

See how a two-chamber water-soluble pouch delivers detergent chemistry in both pre-wash and mai

See how optimizing the ratio of internal olefin sulfonate isomers with polysaccharide soil rele

See how citric acid and formic acid with alkyl polyglucoside surfactant achieve anti-bacterial

See how a three-surfactant blend achieves 40%+ actives with controlled foam and sub-1-ppm dioxa

See how segmented detergent, acidic, and tertiary treatment sub-cycles resolve chemical incompa

See how coconut-based coco-glucoside surfactant reduces surface tension and specific heat capac

See how sulfosuccinic acid ester surfactants form vesicles to maintain moderate foam during tex

See how a composite surfactant system using sulfosuccinic acid ester with controlled anionic or

See how a protectant polymer with specific structural units shields cellulase from storage degr

See how tropolone-based chelating agents match phosphonate stain removal performance while offe

See how oligoamine with LAS surfactant chelates metal ions and deposits onto fabrics to inhibit

See how bacterial spores in rinse liquor enable effective malodor removal at low wash temperatu

See how combining biosurfactants with fatty acid salts in specific ratios achieves high cleanin

See how a surfactant-based cleaning composition with controlled viscosity and elasticity preven

A colloidal cationic-anionic-surfactant finish gives textiles wash-durable antistatic and hydrophilic properties without hazardous crosslinkers.

See how a non-functionalized silicone nanoemulsion fabric spray rejuvenates clothes by improvin

See how natural polygalactomannan forms a protective layer on fabric fibers to prevent fibril f

See how a neutral pH cleaning agent with linear ethoxylate emulsifier and chelates removes wate

See how a cleaning robot uses concentrated surfactants diluted on-board to achieve 35 mN/cm sur

See how an alkaline rinse cycle (pH > 9) after enzymatic cleaning prevents grit formation, impr

See how adding friable microcapsules after sheet formation prevents premature rupture, preservi

See how a concentrated cleaning agent achieves surface tension reduction in 0.3 seconds, enabli

See how internal olefin sulfonate with specific carbon positioning and nonionic surfactant bala

See how dispensing friable microcapsules after sheet formation preserves capsule integrity, ext

See how composite surfactant systems combining nonionic and Guerbet alcohol alkoxylates achieve

See how a non-sulfonated water-soluble copolymer prevents scale formation and water marks in au

An oligoamine with LAS improves fabric malodor control by chelating metal ions and limiting yellowing during laundry treatment.

See how controlled isomer ratio of internal olefin sulfonate with hydroxy-group solvent prevent

See how combining nonionic and Guerbet alcohol alkoxylates achieves effective sheeting and dryi

See how a surfactant system with controlled viscosity and elasticity prevents impact leakage an

See how physical separation of pro-perfume compounds and triggers in particles or compartments

See how perhydrolase enzyme and ester substrate drop wash liquor pH from alkaline to acidic, im

See how high-concentration citric acid at acidic pH sequesters calcium in rinse cycles to impro

See how specific surfactant and solvent compositions prevent gel formation when laundry deterge

See how alkyl polyglucoside surfactants combined with Group 4 metal salts clean down and feathe

See how oligoamines combined with linear alkyl benzene sulfonate chelate copper ions and deposi

See how combining nonionic and Guerbet alcohol alkoxylates achieves effective sheeting, wetting

See how cationic starch replaces rinse aids in ware washing, reducing foam while improving dryi

See how controlled carbon-chain length and sulfonic-group positioning in internal olefin sulfon

See how alkyl polyglucoside surfactants and pH control clean down while preserving hydrophobici

See how silicone oil and mild plant-based surfactants replace mineral oil to clean food stains

See how amino acid substitutions in lipase variants maintain enzyme activity in bleach-containi

See how sinusoidal contact surfaces between extruded phases prevent breakage during application

Specific lipase substitutions improve resistance to bleach-driven oxidation, preserving enzyme activity and cleaning performance on textiles and hard surfaces.

A sinusoidal interface between extruded phases prevents strip breakage on ceramic bowls while maintaining strong, reversible adhesion.

A low-water surfactant and polyalcohol emulsion keeps detergent pumpable while maintaining cleaning efficacy in cold water with minimal agitation.

A surfactant ratio with controlled free alcohol cuts smoke and haze in high-heat laundry while preserving cleaning and whiteness.

Thiazolium dyes counter fabric yellowing and whitening loss while avoiding bluish buildup and reducing the need for chlorine treatment.

A three-part stabilizer keeps compact liquid detergent homogeneous and fast-dissolving in low-temperature, short-cycle washing.

A polyalcohol-solubilized surfactant and enzyme composition keeps cleaning efficacy across doses while cutting water, shipping load, and pump viscosity.

Organic acid, fluoride, and polymer cleaning chemistry removes Fe, W, Ti, and TiN residues after CMP while limiting corrosion and dielectric etching.

A polymer-surfactant cleaning composition removes CMP organic residues from silicon nitride and polysilicon surfaces to reduce defects.

Specific surfactants and periodic acid improve Ru wetting and removal on semiconductor bevel surfaces where conventional etchants lose contact.

A low-pH polymer cleaning composition removes silicon, abrasive, and organic CMP residues to protect semiconductor electrical characteristics and reliability.

A dual-surfactant rinse lowers surface tension and contact angle to prevent sub-50 nm pattern collapse, watermarks, and line edge roughness.

A silane-amine treatment forms a hydrophobic siloxane layer that lowers capillary forces and preserves fine semiconductor patterns during rinse and dry.

Stepwise vaporization of a pattern-filling film prevents collapse, improves cleaning completeness, and simplifies removal on fine substrates.

Controlled polymer ratios and acidic pH remove CMP residues from silicon nitride and oxide or polysilicon surfaces while preventing re-adhesion.

A fluoride-organic acid cleaning composition removes post-CMP iron, tungsten, and titanium residues while limiting corrosion and surface roughness.

A tailored surfactant blend keeps polymer-rich concentrated liquid detergents clear and stable, preventing turbidity, sedimentation, and phase separation.

A high-ratio alkyl polyglycoside surfactant system enables spray-and-wipe acidic cleaning with shine, odor, and low-temperature stability.

Combining a graft copolymer with a DTI polymer improves dye transfer inhibition in laundry detergents, helping protect fabric color during washing.

A narrow-range ethoxylated alcohol surfactant cuts dilution thickening and elongational viscosity, helping unit dose detergents dissolve faster.

A solid gel layer on water-soluble laundry sheets raises surfactant loading while preserving adhesion and wash-cycle dissolution for better cleaning.

A dual-layer shell combines biodegradable biopolymers with a sealing outer layer to keep detergent fragrance microcapsules stable yet degradable.

Specific anionic and C13-C15 alcohol ethoxylate ratios raise low-surfactant liquid detergent viscosity to a consumer-preferred pour range.

A low-pH lactic acid dishwashing formula balances antimicrobial action with foam, grease cleaning, and stable suds at low temperatures.

A balanced ethanol, 1,2-propanediol, and glycerol mixture keeps concentrated detergents clear, flowable, and stable across storage conditions.

An acidic self-adhesive WC basket gel uses amphiphilic adhesion promoters to dissolve evenly, stay visible, and prevent biofilm.

A pectin-CMC blend helps detergents prevent dirt redeposition on polyester and nylon, reducing greying while maintaining fabric color.

Targeted lipase mutations preserve activity in LAS and AEO surfactants, improving detergent stability and lipid-stain cleaning.

A polyetheramine-based cleaner composition cuts film and streak residue on glass and tile while preserving nonionic surfactant cleaning power.

Biphenyl brightener and a polyvinylalcohol-derived capsule shell improve perfume capsule deposition on fabrics, especially cotton.

A washing film encapsulates enzymes, softeners, and fragrance particles to survive hot tablet forming while preserving cleaning performance.

Controlled alcohol ethoxysulfate structure keeps 1,4-dioxane below 9 ppm while preserving cleaning and antiredeposition in aqueous laundry detergents.

Low-viscosity, low-surface-tension liquid in a porous cleaner penetrates dry binder ink, suppresses evaporation, and cuts liquid use.

A mixed alkyl glycol sulfate and amphoteric surfactant system delivers strong initial suds, easy rinsing, low dioxane, and stable cleaning.

Limiting polyalkylene glycol to 0.2% or less cuts odor, white turbidity, and skin irritancy in secondary alcohol surfactants.

A dye fixative and cleaning polymer work with surfactants to whiten light-colored fabrics without fluorescent brighteners.

A water-soluble PVA-PVP laundry sheet encapsulates whitening agents to prevent migration while delivering uniform whitening and stain removal.

A water, isopropyl alcohol, and alkyl polyglucoside formulation removes plastic dust from sports paddles to restore grip and spin.

A metalloprotease and mixed surfactant system keeps detergent pod cleaning strong while reducing ethoxylated alkyl sulphate use.

A metalloprotease and mixed surfactant system maintain fabric cleaning while reducing ethoxylated alkyl sulphate in unit dose detergents.

An amphoteric polysaccharide stabilizes detergent enzymes to improve stain removal and storage performance at low or moderate temperatures.

Glucose monohydrate and PVPP balance tablet strength with rapid dissolution in water, cutting wait time and residue in cleaning use.

A branched alkyl cleaning booster improves low-temperature removal of oil and grease from cotton while avoiding poorly soluble, high-dose soil release polymers.

A three-volatility fragrance blend balances strong bloom with sustained room filling in dishwashing products for a cleaner scent experience.

Specific lid-region and catalytic-site mutations help lipase stay active in surfactant and calcium builder detergents for better lipid stain removal.

High-LAS low-pH detergent keeps hindered phenol antioxidants effective, improving fabric malodor removal without losing deposition.

Water-soluble cellulose and cleaning boosters improve laundry stain removal while keeping the liquid detergent stable and eco-friendly.

Balances microbial control and skin mildness by using preservative-free surfactant ratios and pH control in liquid laundry detergent.