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

See how ionic complexation of cationic polyelectrolyte and anionic compound achieves wash-resis

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