Cosmetic Preparations TRIZ Cases

A topical oral composition containing taurine, xylitol, and propane-1,3-diol protects and repairs oral soft tissues.

Grinding entire grape bunches extracts wine and powder from skins, seeds, and stems, recovering valuable nutrients lost in traditional juice production.

A lipo-alcoholic composition combines high-concentration alcohol with a defined lipid phase to disinfect skin while preserving barrier integrity.

Ultrapure emu oil and herbal extracts in a precise formulation stimulate hair follicles while eliminating impurities that cause side effects.

Bi-functional organic acids and Bronsted-bases crosslink keratin fibers, preventing disulfide bond instability and brittleness.

Mixed ethers replace petroleum jelly, eliminating paraffin accumulation while maintaining a broad melting range.

A dual-phase oral care composition uses a non-aqueous phase with a peroxysulfate whitening agent and hydrophobic base alongside an aqueous phase.

Biomimetic emulsion uses jelly coat gel particle to stabilize active substances for high skin absorbability.

A cationic polymer with specific charge density interacts with anionic surfactants to deliver styling performance.

Amphoteric surfactant gel prevents phase separation in oxidative hair dyes, ensuring colorfastness and scalp safety.

A dual liposome reagent with distinct phospholipid layers and associated tissue factor enables prothrombin time measurement.

A water-soluble solid dispersion disperses cannabinoid and retinyl palmitate as nanoparticles within a biocompatible polymeric hydrophilic matrix.

A cell delivery carrier uses a stimuli-responsive polymer to enhance cellular absorption of active ingredients.

Specific polymer ratios maintain transparency in electrolyte-rich serums, resolving opacity issues from conventional thickeners.

A dye composition using heterocyclic oxidation bases and 4-aminoindole couplers to produce strong, chromatic colorations.

UV-polymerized quaternized chitosan hydrogels provide broad-spectrum antimicrobial protection for medical implants and contact lenses.

A jammed oil-in-water emulsion enables sustained delivery of bleaching agents through a continuous aqueous gel phase.

High shear mixing reduces fatty acid droplet size below five micrometers, eliminating bulky surfactants to boost bioavailability and cut production costs.

Water-soluble polystyrenes mediate high concentration alpha and beta hydroxy acids, resolving formulation stability and homogeneity contradictions.

Topical exosome formulation delivers regenerative signals to hair follicles, avoiding hormonal side effects of systemic medications.

A cosmetic composition combining sugar and purine substances to promote intracellular ATP generation.

A cosmetic preparation uses a microemulsion to stabilize oil particles within a surfactant matrix.

Automated optical measurement calculates intermediate color values to camouflage blemishes without manual expertise.

Glycerol-filled core-shell particles prevent trapped liquid evaporation during long-term storage at elevated temperatures.

Methoxymethyl-substituted azo direct dyes produce stable yellow and orange hair colors while reducing skin sensitization risks.

A hyaluronic acid and carnosine conjugate linked by an amide bond delivers sustained antioxidant protection through stable covalent bonding.

Air-drying gel polish composition eliminates acetone removal by forming a peelable film on keratinous material without UV curing.

Composite alkyl phosphate and polyethylene glycol ethers prevent pigment aggregation in water-based mascaras, ensuring uniform wax distribution.

Latex polymer particles adsorb at the oil-water interface to stabilize emulsions, eliminating greasy feel and formulation complexity.

Supercritical carbon dioxide sterilizes hydrogel scaffolds without degrading biocompatibility.

Core-shell copolymer particles reinforce photocurable nail coatings, resolving brittleness while maintaining optical transparency.

Modified leguminous starch improves curl definition without adding weight, preventing the cardboard effect common with conventional thickeners.

Replaces sodium lauryl sulfate with zwitterionic and taurate surfactants to prevent product separation while maintaining antimicrobial efficacy.

Removing C1-C6 alcohols from hydrolyzed alkoxy silanes reduces odor and damage while improving wash fastness.

A stable cosmetic composition comprising a self-tanning agent, cross-linked anionic polyelectrolyte polymer, and polyhydric alcohol humectant.

A thickening stabilizer combines two benzenetetracarboxamide derivatives to adjust viscosity in fluid organic substances.

Hybrid propellant mixture combines liquefied gas with compressed nitrogen to stabilize spray characteristics while reducing volatile organic compound emissions.

A shaving stick composition uses fatty acids, sodium hydroxide, and triethanolamine to form a stable emulsion.

Cyclodextrin inclusion complexes resolve vitamin A solubility issues in aqueous hyaluronic acid dermal fillers.

A silane and cellulose polymer composition improves hair styling application.

A cosmetic composition uses specific acrylic and styrene copolymers to form a durable film on keratin surfaces.

Finely divided particles stabilize oil-in-water emulsions, preventing separation and variegated coloring during high dye concentration mixing.

Solid fatty acids replace hydrocarbon waxes to resolve rinsing speed versus skin mildness trade-offs while acrylic polymers maintain composition stability.

Enzymatic cross-linking extends filler duration while eliminating toxic chemical agents that cause adverse reactions.

A microbiome-friendly fragrance composition masks body malodours through specific ingredient combinations.

Phosphor-doped zinc oxide particles convert UV photons to visible wavelengths, enabling vitamin D synthesis while blocking harmful radiation.