Cosmetic Preparations TRIZ Cases

Zinc salt in dual-phase mouthwash extends whitening duration without increasing dye concentration.

Modified sorbitan siloxane solubilizes hydrophobic agents in aqueous wipes, preventing phase separation and reducing surfactant-induced skin irritation.

A polymeric film containing bioactive glass adheres to teeth to release remineralising ions.

Adsorption chromatography isolates glycosylated bacterioruberins from extremophilic bacteria extracts using silica stationary phases.

A mesenchymal stem cell extract containing trophic factors stimulates collagen and elastin production to repair skin aging.

Polyols and organic acid salts solubilize p-methoxybenzoic acid, preventing irreversible crystallization at high concentrations.

Anhydrous solid surfactant granules enable precise metering and rapid foaming without preservatives.

Light-induced crosslinking of photodimerizable polymers creates a durable network that resists washing while maintaining hair sheen and softness.

Solid amine activator in polymeric powder initiates cyanoacrylate polymerization, eliminating uneven curing from liquid activators.

Blending ether carboxylic acids with non-ionic surfactants resolves the trade-off between effective foaming and skin mildness in cleansing compositions.

A naringin zinc complex with a 2:1 molar ratio disperses in a carrier to provide regenerative benefits.

Composite powder immobilizes silicon dioxide on silicone elastomer particles to prevent wax-induced stickiness while maintaining strong hair hold.

Ozonolysis of a pro-fragrance precursor generates sustained fragrance intensity while preventing rapid volatilization of initial scent compounds.

A hair coloring agent uses a cross-linked copolymer to deliver optimal viscosity and creamy consistency.

A hair cleansing formulation combines modified starch copolymers with composite surfactants to reduce protein stripping while maintaining viscosity.

Hydrophobically modified polymers break down excessive collagen to reduce keloid size without steroid-induced depigmentation.

Solid dispersion composition stabilizes lutein and zeaxanthin using gum ghatti, overcoming light resistance issues in acidic beverages.

NADPH oxidase inhibitors suppress neutrophil elastase activity to prevent type XVII collagen degradation and maintain stem cell signatures.

Resorcinol derivatives reduce melanin production in keratinocytes, addressing insufficient depigmenting effectiveness of arbutin and kojic acid.

Etheramines remove grease stains at 30°C without reducing fabric whiteness.

Chromatographic separation removes mono- and disaccharides from artichoke extracts, yielding stable long-chain inulin with superior functional properties.

A specific aldohexose and ketohexose blend boosts foam stability without causing skin irritation.

Fermented traditional Chinese medicinal extracts reduce cosmetic odor and color while preserving biological activity.

Silicate modified starches replace expensive organic derivatives to provide smooth, non-oily aesthetics without cloudiness or flaking.

A structured gel-filled cosmetic mask uses a concave skeleton to hold filling material and extend a free-flow layer for elasticity.

Acrylate copolymer film resists delamination during brushing to maintain integrity.

Zinc amino acid complexes precipitate during skin cleansing to deliver antibacterial zinc oxide and indicate timing without alternative approaches.

Synergistic sugar fatty acid ester and plant extract combination achieves effective skin whitening without irritation or color contribution.

Composite formulation with acidic phosphorus compound and radical initiator resolves adhesion reliability versus application simplicity.

A stable oral care composition combines basic amino acids with low-dose fluoride to enhance remineralization.

Di(2-propylheptyl) ether replaces greasy dialkyl ethers with a light, non-greasy feel and UV filter compatibility.

Benzylidene azolidine derivatives absorb ultraviolet radiation through conjugated aromatic rings.

Composite solvent compositions remove nail polish while minimizing drying effects on the nail and surrounding skin.

An organic acid mediator allows lipid peptide gelators to dissolve and form hydrogels at room temperature, eliminating high heat requirements.

Encapsulated polyorganosiloxane particles stabilize in aqueous media through refractive index matching.

Red quinoa extract scavenges free radicals and inhibits melanin production to improve skin hydration.

Polysaccharide backbone grafted with amphiphilic diblock copolymers forms stable core-shell structures.

Neopentyl glycol dicaprate modifies component compatibility to resolve moldability issues during high-concentration blending.

Rapid cooling stabilizes multilayer lamellar liquid crystal emulsions, preventing gelation and viscosity issues from slow processing.

Microbe-based cosmetic compositions use biosurfactants and enzymes to enhance dermal penetration, replacing harsh pharmaceuticals that cause toxicity.

Silicone elastomer coated composite particles resolve creasing and poor retention trade-offs in cosmetic formulations.

Tannins harden protein and polysaccharide coacervates into water-insoluble microcapsules for controlled active release.

Personal care composition containing specific fragrance materials increases human heart rate through nasal or oral perception.

Ester of rosin acid and copolymer create a flexible film that resists transfer while preventing dryness and cakey appearance from high colorant loads.

Daphne extracts containing daphnetoxin stimulate the lymphatic system to resolve insufficient anti-aging effects in existing cosmetic treatments.

Decyl glucoside prevents solidification of Lauroyl N-Methyl Glucamide at low temperatures, maintaining a non-oily hydrophobic barrier on skin.

Encapsulating water-soluble dye within a silica sol-gel prevents leaching into the carrier vehicle, ensuring stable color indication upon brushing.

A hair treatment composition combines cationic polymers with citric acid to enhance softness and shine.

Selective derivatization converts vanillyl alcohol into separable compounds, resolving incomplete removal and boosting purification yield above 95%.