A bio-based cationic surfactant uses an ether linkage to connect hydrophobic and hydrophilic segments, creating a stable molecular structure.
A dual polymer system with distinct viscosity slopes maintains fabric softness while optimizing perfume deposition.
A citrus-based cleaning formulation removes soil while imparting hydrophobic properties to solar panel surfaces.
Replacing alkyl phenol ethoxylates with ionic liquids eliminates environmental harm while polyethylene glycol maintains the solid block form.
Shear mixing disperses smaller spherical fabric enhancer particles, increasing surface area contact while maintaining low viscosity without sonication.
A nonionic sorbitan alkyl polyglucoside crosspolymer cleans hydrocarbon soils using functionalized surfactants.
Encapsulated fragrance ingredients maintain intensity and longevity while preventing viscosity increases that destabilize aqueous fabric conditioners.
A liquid detergent uses cationic polyvinyl alcohol to stabilize anionic surfactant foam.
Liquid hard surface cleaning composition uses ethoxylated alkoxylated nonionic surfactants to reduce surface tension for efficient wetting.
A core-shell delivery particle uses a porous polymeric shell to entrap fragrance and a wash-removable surfactant coating that blocks leakage during storage.
A quaternised acrylic copolymer detergent composition improves dishware drying speed through specific surfactant ratios.
Controlling aminosilicone amine equivalents prevents discoloration from aldehyde perfumes while maintaining fabric softness.
A solid detergent composition uses specific surfactant ratios to form a clear wash liquor upon dissolution in water.
Specific fatty acid molar ratios and chain lengths lower melt viscosity to prevent storage settling in fabric softener dispersions.
Amphoteric surfactant and hyaluronic acid formulation resists tear lipid sorption on contact lenses, maintaining surface wettability during extended wear.
Surfactants and 1,2-alkanediols combine to inhibit microbial growth in liquid detergent formulations.