Cosmetic Preparations TRIZ Cases

A multi-component artificial sebum film blends squalane, triglycerides, and antioxidants to form a stable protective barrier.

Barbary fig extract tightens keratin fiber scales to overcome formulation constraints that limit moisture retention in damaged hair.

A keratin fiber composition combines silicates with amino acids to deliver effective oxidative dyeing.

Segmenting silicone molecules into functional domains resolves the trade-off between structural simplicity and diverse functionality.

A pigment suspension uses aluminum plates and polyethylene glycol to deposit a uniform matting effect on keratinous fibers.

Water-soluble membrane capsules absorb into skin, eliminating visible residue while maintaining storage stability.

Propylsilsesquioxane wax and resin system delivers stable, transfer-resistant cosmetic films that eliminate brittleness and flaking on skin.

Antioxidant booster composition prevents premature oxidation of dye precursors, enabling deeper penetration into hair fibers and extending color durability.

Combining tropoelastin promoter and crosslinker addresses the bottleneck of partial improvement by stimulating simultaneous production and crosslinking.

Green tea-cultured kefir bacteria resolve the steroid side effect trade-off by suppressing inflammation and accelerating wound healing without toxicity.

Silica thickener and nonionic surfactant stabilize high moisture toothpaste formulations, preventing phase separation while reducing abrasivity.

A probiotic matrix formulation stabilizes active Streptococcus salivarius and Lactobacillus plantarum to inhibit pathogenic bacteria in the oral cavity.

Implantable foreign body induces granuloma tissue to collect growth factor-rich fluid.

A hydroxyaliphatic amine combined with a branched aliphatic acid forms an organic salt that enhances emulsion stability.

Calcined metal oxide coating prevents yellowing and brittleness in effect pigments by eliminating organic additives that degrade under UV exposure.

Ethylenic polymer particles form a cohesive film that resists sebum and water while maintaining adhesion to prevent transfer.

A pump spray device heats a polar solvent composition to create overpressure, enabling flash evaporation upon release.

A composite skincare formulation using neolignans, ergothioneine, and ectoin reduces visible aging signs while maintaining skin hydration and elasticity.

A hair shaping composition uses polyhydroxy acid lactones and glyoxylic acid to reshape hair structure without breaking disulfide bonds.

1-Menthyl lactic acid esters mask bitter and astringent tastes without altering product stability or introducing cooling effects.

Segmenting stannous salt and sodium tripolyphosphate into separate phases eliminates unstable intermediates while maintaining plaque prevention efficacy.

Surfactant systems with specific HLB values stabilize peroxide sources by reducing electron transfer, preventing spontaneous decomposition during storage.

A hair cosmetic composition uses a nanoscale silicone emulsion to deposit conditioning agents uniformly on keratin fibers.

Segmenting hydrophobic oil into distinct phases reduces viscosity and surfactant levels, resolving non-pourable bottlenecks in high solids formulations.

Pre-alkalizing compositions modify hair pH to enable successive chemical treatments while minimizing damage and skin irritation.

Alkaline compounds raise intra-lesion fluid pH to enable stabilized amorphous calcium phosphate mineralization.

Low-temperature drying preserves triple helix integrity while enabling high-concentration injectable suspensions that resist enzymatic degradation.

A cosmetic composition uses hydrolyzed chickpea and mushroom extracts to enhance skin barrier function.

Segmenting hair follicles via longitudinal incisions increases transplant density while preserving donor area regeneration.

A porous filter integrates halo active aromatic sulfonamide compounds to destroy odor-causing molecules within the fluid stream.

A polyamine stabilizer maintains cationic antibacterial agents in aqueous oral care formulations.

An anionic polymer thickener stabilizes the emulsion to prevent greasy skin feel while maintaining hydration across temperature variations.

A hair colouring formulation combines cationic and anionic polymers to create a stable multilayer structure on the hair shaft.

Single formulations combining plant oils and polymeric modifiers alleviate dry mouth symptoms while preventing biofilm formation on tooth enamel.

Ethyl p-methoxycinnamate replaces complex growth factors to maintain stem cell pluripotency, reducing culture costs.

A cosmetic blend of arginine and taurine delivers an immediate lifting effect to improve skin elasticity.

Optimizing drop size and oil content below 35% prevents greasy skin while maintaining a soft finish.

Separating persulfate from xanthan gum prevents storage instability while enabling visual monitoring of the bleaching process.

GMNL-33 strain reduces dental caries pathogens via local quality and intermediary principles.

Capsule coating with high melting point wax releases pigment during brushing to provide a visual timing cue.

Intermediary alkyl glucosides bind free ammonia to minimize odor while maintaining gray coverage and wash fastness in hair dye.

Branched acrylic polymers synthesized via low-concentration inverse emulsion polymerization deliver robust thickening performance in cosmetic formulations.

A naringin zinc complex with a 2:1 molar ratio enhances antibacterial activity in oral care formulations.

Segmented pigment granules dissolve in foam to provide rich coloration without excessive bulk tinting.

Etheramine mixture with controlled molecular weight removes grease stains at 30°C without degrading fabric whiteness.

Short peptides replace toxic hydroquinone by inhibiting tyrosinase, reducing skin pigmentation without adverse reactions.

Hydrophobically modified alkyl cellulose stabilizes oil-in-water emulsions containing polar oils and hydrophobic ultraviolet scattering agents.

Combines mannose or rhamnose with antioxidants to stimulate keratinocyte and fibroblast proliferation in cosmetic formulations.

A hair dye composition combines amino acids, proteins, mineral powder, and vegetable oil with a pigment to deposit color without oxidation.

A two-step silanol-hemiaminal composition reshapes hair without formaldehyde, providing wash-resistant gloss and strength.