Non-Ionic Surface-Active Compounds TRIZ Cases

Anionic polyester particles with optimized size ensure stable suspension in liquid detergents, preventing visible residue formation on treated surfaces.

Applying nuclease enzymes before high surfactant levels prevents poor deposition and enables effective removal of stubborn soils.

Alkyl oligoglycoside derivatives stabilize liquid detergents while preventing dye transfer on treated textiles.

A fatty alkyl ester alkoxylate non-ionic surfactant reduces liquid stringing in water-soluble unit dose articles.

A core-shell particle encapsulates silicone and fatty acid within a polymer shell to stabilize hydrophobic agents in detergent formulations.

A self-structuring surfactant system forms tightly packed lamellar structures to suspend water-immiscible materials in liquid detergent compositions.

Polyalkanolamine polymers remove tough soils and grease from hard surfaces with reduced rubbing effort.

A liquid detergent composition removes liquid oil stains from hydrophobic materials using a specific surfactant and solvent blend.

Alkoxylated dispersants suspend soil particles in wash liquor to maintain fabric brightness and whiteness.

A melt core phase incorporates high surfactant and complexing agent concentrations, reducing plastic spotting while maintaining standard dissolution profiles.

A thickened liquid cleaning composition uses specific surfactant ratios to remove greasy soils while maintaining surface shine.

A hand dishwashing detergent combines anionic surfactants with a specific blend of low-cut and mid-cut amine oxides to produce robust suds.

A cleaning additive combining phosphine chelating agents and peroxides removes stubborn dirt from glass bottles in caustic tanks.