Cosmetic Preparations TRIZ Cases

Specific methionyl-methionine stereoisomers improve aqueous stability and substantivity, overcoming limitations of hydrolyzed wheat proteins.

A cosmetic composition combining water-soluble polymer and polar alkoxysilane compound enhances dye adhesion on keratin fibers.

A topical cosmetic composition incorporates cannabinoids, terpenes, and flavonoids to treat skin aging.

Sphingomonas extract modulates interleukins to increase IL-10 production while limiting IgE generation by B lymphocytes.

A natural skincare composition blends Vitamin E, shea butter, and aloe vera to moisturize skin and promote healing.

A keratin fiber lightening composition uses silicates and organic acids to achieve efficient bleaching.

A 1-hydroxyl-3,5-bis(4′hydroxyl styryl)benzene composition treats skin aging via topical application.

Microfluidizer disperses intact ginseng cell lysate in polyol, resolving quality variability from organic solvent extraction while inhibiting MMP-1 secretion.

Composite metal oxide pigments resolve the contradiction between high coverage and natural appearance by mimicking anisotropic light scattering of human skin.

A topical formulation combines menthyl ethylamido oxalyate with cooling oils to modulate TRPM8 receptors for active skin cooling.

Removing live amniotic cells eliminates fragile handling requirements while preserving growth factors for stable, extended storage.

Triethyl citrate mediates ceramide interactions to prevent recrystallization, resolving physical stability issues while maintaining microbial protection.

A hair color formulation uses natural agents to boost volume, viscosity, and stimulate follicles.

Formula I indole compounds selectively destroy senescent dermal fibroblasts, reducing dryness and wrinkles without complex targeting mechanisms.

A water-based extraction process isolates bioactive Ficus serum fraction to disrupt melanin synthesis pathways.

A light absorbing system of iron oxide and bis-ethylhexyloxyphenol methoxyphenyl triazine protects skin.

Magnolia bark extract and zinc ions lower volatile sulfur compounds by 40% immediately, addressing halitosis without high zinc doses.

Natural wax oxidate amidamines improve conditioning while increasing biodegradability in cationic hair care formulations.

Micronized hemp particles replace talc in cosmeceutical compositions, resolving toxicity concerns while maintaining cosmetic performance.

A dental prophy paste composition uses specific humectants to maintain smooth consistency and prevent drying during storage.

Segmented collagen-binding agents deliver therapeutics to damaged tissue, reducing off-site toxicity while improving treatment effectiveness.

Acetone and alkoxylated lanolin oil penetrate crosslinked UV nail gel polymers, reducing swell time and resolving difficult removal of radiation-cured coatings.

Segmenting the stick into a wax-rich core and silicone-rich outer layer resolves the trade-off between mechanical strength and drawing smoothness.

A dissolvable confectionery product containing sodium hexametaphosphate releases active ingredients through saliva to remove extrinsic tooth stains.

Amphoteric surfactants create a structured phase that shifts crossover frequency between 0.1 and 30 rad/s, avoiding foam reduction from traditional thickeners.

A sunscreen composition combines water soluble and insoluble polymers to maintain SPF effectiveness after immersion.

A rhamnose-based composition stabilizes oil-in-water emulsions through controlled acetalization with fatty alcohols.

A personal care composition uses a pH-controlled surfactant system to clean skin and hair while protecting the tear film.

A lipstick composition combines natural oils with fatty alcohol waxes to deliver a creamy texture.

UV-curable nail coatings replace petroleum monomers with renewable sucrose and resorcinol polyols to balance adhesion with environmental sustainability.

A two-step sunscreen delivery method deposits water-soluble agents during washing to boost skin protection.

A magnetic field orients particles in cosmetic compositions to create distinct surface patterns and visual effects.

Applying oxidized polysaccharides and sphingosine derivatives to keratin fibers with heat.

Mesoporous zinc oxide powder reduces light scattering whitening while maintaining stability and safety without nano-sized particles.

A 1-hexylheptyl diaminopyrazole compound combined with a benzene-1,3-diamine coupler produces oxidative hair color.

N-acyl-L-glutamic acid dialkylamide combined with a compatibilizer stabilizes polydimethylsiloxane in oil-based liquid cosmetics.

A cosmetic composition uses hydroxy functionalized solvents and 12-hydroxystearic acid to deliver skin benefits.

Ternary eutectic carrier stabilizes aluminum salts, preventing hydrolysis and white residue on skin.

Sol-gel processed composite material creates a porous three-dimensional network that accelerates degradation while maintaining osteoconductive function.

Modified silicone coatings on silica particles replace synthetic polymers, resolving environmental harm while maintaining product texture.

A mixture of polyether-linked and siloxane-bridged crosslinked organopolysiloxanes stabilizes pigment systems in formulations.

Methanesulfonic acid salifies cationic polyurethane prepolymers to yield stable aqueous dispersions with high film gloss.

Viscosity control and phase transition create stable foam that prevents drips during application.

A porous dissolvable solid substrate delivers cationic surfactant conditioner via surface resident coating.

A cationic terpolymer coating on polymer encapsulated fragrance overcomes poor delivery by enhancing adhesion to hair and skin.

Merging flavonoids and vitamin B3 overcomes insufficient barrier function improvement in single-ingredient anti-aging treatments.

Fusion polypeptides combine peptidoglycan hydrolases with specific 16 to 20 amino acid sequence motifs to resolve inconsistent antimicrobial activity.

Irradiating dry agarose powder modifies polymer structure to produce gels with tailored mechanical properties.

Topical compositions with Undaria and Bidens extracts replace invasive procedures by enhancing antioxidant responses to reduce photoaging signs.