Cosmetic Preparations TRIZ Cases

A corona-core microgel emulsifying agent stabilizes oil-in-water compositions through amphiphilic polymerization.

Dissolving piperlongumine in low-water polyol creates a stable pre-mix that prevents aggregation and ensures even therapeutic agent distribution.

A bio-based polymer composition serves as a thickening agent in cosmetic formulations.

A cold slurry injection cools target tissues to inhibit muscle contraction and induce adipose apoptosis.

Flaxseed oil and taurine concentrations enhance fibrillin and procollagen production, addressing reduced skin elasticity from aging.

Autophagy activators trigger endogenous detoxification pathways to eliminate damaged molecules, reducing signs of aging and protecting against UV radiation.

Systematic synthesis of ketone and alcohol compounds expands fragrance variety while reducing development time through preliminary action.

Volatile essential oils mask sulfur compounds in depilatory creams, reducing unpleasant odor while maintaining hair removal effectiveness.

A peroxide whitening complex stabilizes hydrogen peroxide delivery in oral care formulations.

Compressed persulfate tablets eliminate dust formation and irritant risks while maintaining lightening power in acidic mediums.

A topical composition containing N-cyclopropyl nicotinamide induces antimicrobial peptide generation on skin surfaces.

A personal hygiene towelette impregnated with a consumable cleaning solution containing flavoring agents housed in sealed packaging.

Succinic acid, bentonite, and hydrophilic surfactant formulate a redispersible cosmetic that removes keratotic plugs without skin harm.

Citric acid complexes maintain high calcium concentrations in neutral pH solutions, preventing crystal precipitation and mucous membrane damage.

A skin glow improver containing alkali metal salt of alkoxysalicylic acid and trimethylglycine reduces surface roughness to enhance specular reflectance.

Cationic surfactant preservatives reduce skin irritation and toxicity while maintaining stability against hydrolysis in food and cosmetic products.

Adding a cyclic urea-aldehyde crosslinker before the prepolymer lowers remnant formaldehyde while preserving thermal stability.

Thermoplastic resin particles form spheres through high-temperature emulsification and controlled cooling.

Topical TDPA compositions restore disulfide bonds in keratin fibers, addressing tensile strength deterioration from chemical and mechanical damage.

A water-in-oil cosmetic composition uses an emulsifying crosslinked siloxane elastomer to stabilize the emulsion structure.

Aqueous washing extracts dimethyl sulfoxide from flavor oils, preventing stannous ion reactions that cause skunky odors in oral care products.

A sprayable hair composition uses large composite particles formed from hydrolyzed corn starch, gum arabic, and hydrogenated phospholipids to add volume.

Microencapsulated beads attach to compressed paper or fabric, enabling therapeutic compound release upon expansion while maintaining dry shipping states.

A cosmetic composition containing a yeast hydrolysate stimulates hyaluronic acid production to promote skin hydration.

Composite amino-modified silicone resolves adsorbability versus combing ease trade-offs for damaged hair conditioning.

Replacing sodium lauryl ether sulfate with alkyl polyglucosides eliminates carcinogenic 1,4-dioxane contamination while maintaining cleaning reliability.

A bleomycin hydrolase production promoter drives enzyme expression to boost natural moisturizing factor synthesis in skin tissue.

Silicone rubber patch eliminates adhesive skin burden while maintaining reliable fixation and conforming to facial movements.

A liquid organopolysiloxane featuring a silicon-bonded glycerin derivative group and crosslinked structure enables stable emulsification.

Carboxylic acid composition mediates reducing agents to achieve homogeneous permanent shaping of hair fibers while preserving natural strength and elasticity.

A rinse-off conditioner combines amino functional silicone and tricarboxylic acid to deliver superior frizz reduction.

Branched fatty alcohols and amido amines in oxidative compositions ensure homogeneous color intensity and stability on chemically processed hair.

A topical oral care composition combines retinol with amino acids to stimulate collagen synthesis and enhance gingival barrier protection.

Elicited plant cells yield high-purity metabolites while eliminating solvent residues and seasonal production limits.

High molecular weight polyethylene wax in a composite wax system improves moldability and smooth application while preventing breakage on sensitive skin.

An oil-in-water emulsion composition utilizes an intermediate phase formed by mixing Lα and H1 surfactants with water.

A hair cosmetic forms a hydrophobic film to facilitate moisture drainage.

Aldehydic perfumery raw materials chemically interact with sulfur-containing pro-fragrances to prevent hydrogen sulfide formation.

Electrostatically adsorbed polyelectrolyte layers on dyed crystalline cellulose cores resolve the trade-off between inorganic opacity and organic lightfastness.

Specific carbon number and hydroxy form ratios resolve insufficient foamability in sebum.

A transfer device uses a gripping head with retention elements that move in a staggering direction to arrange articles compactly.

A lysine-based intermediary protects disulfide bonds from excessive oxidation during permanent waves, reducing damage while maintaining wave integrity.

Replacing alkylene oxides with diols eliminates epoxide residues and dioxane by-products while maintaining surfactant efficacy.

A combination of watercress and Indian cress extracts with ATP stimulates hair follicles.

Segmenting the process stream keeps microcapsules under 80°C, preventing heat damage and maintaining fragrance release performance.

Allosteric compounds enhance hemoglobin oxygen affinity to alleviate sickle cell tissue hypoxia.

Etheramine derived from glycerine removes grease at low temperatures while maintaining fabric whiteness.