Non-Ionic Surface-Active Compounds TRIZ Cases
- Ancillary Laundry Composition for Fragrance and Malodor Reduction
This ancillary laundry composition combines free perfume, soil release polymer, and surfactant for fabric fragrance and malodor reduction.
- Water-Soluble Cleanser Refills for Low-Weight Foamed Dispensing
This case separates water from cleanser concentrates in dissolvable refill films, enabling simple dilution and foamed pump dispensing.
- Bio-Based Laundry Surfactants with Tunable HLB for Stain Removal
This case combines fatty acid ester epoxides with hydroxy acids to create biodegradable surfactants for varied stain removal.
- Ethoxylated Glycerol Ester Dishwashing Composition for Low-Foam Rinsing
Ethoxylated glycerol esters maintain wash foaming while sheeting rinse water for faster, spotless drying.
- Two-Composition Toilet Blocks Using Non-Concentric Coextrusion
A segmented coextruded toilet block keeps two active ingredients releasing evenly throughout its service life.
- Hard-Surface Rhamnolipid–Glutamate Composition for Low-Streak Cleaning
This case combines rhamnolipids with alkyl glutamate to deliver at least 75% cleaning efficiency while limiting film and streaks.
- Rhamnolipid–Hydroxysultaine Compositions for Low-Streak Hard Surfaces
This composition combines rhamnolipids, hydroxysultaine, and builders to remove soil while limiting film and streak formation.
- Bio-Based Surfactant Chemistry for Water-Miscible Cleaning
Functionalized high-oleic soybean oil creates water-miscible surfactants for cleaning with higher biobased content and lower toxicity.
- Low-Surfactant Organic Acid Antimicrobial Formulations Without Quats
Citric acid, controlled surfactant levels, and pH below 2.5 support rapid disinfection with low toxicity on food-contact surfaces.
- Alcohol-Initiated Nonionic Surfactants for High-Concentration Detergents
Specific alkyl and alkoxyl structures support detergency while reducing viscosity, gel formation, and foaming in unit-dose detergents.