Cosmetic Preparations TRIZ Cases

A segmented pressurized container dispenses a thickening polymer mixture to create stable hair dye foam.

Metastable oil-in-water emulsion delivers UV protection without tackiness, opacity, or greasiness.

Electrochemical current shifts whitening gel pH to boost peroxide decomposition, reducing tooth structure damage from high bleaching agent concentrations.

Freeze-drying transforms a blended powder and solvent mixture into a solid tablet, eliminating rinsing steps while preserving hair integrity.

Surfactants disperse glycol humectants in anhydrous fatty phases, resolving formulation instability while maintaining protective barrier function.

A three-step timberone synthesis converts citral into intermediates using aldolization, cyclization, and hydrogenation.

Early gestation placental cultivation maximizes protein concentration for stable anti-aging formulations.

A PEG-free emulsion uses alkyl polyglucosides and short chained polyglycerol esters to maintain low viscosity.

A cooling agent formulation using 2-isopropyl-5-methyl-cyclohexanecarbonyl-D-alanine methyl ester and polyhydric alcohols.

A cationic polymer mediates high-concentration ascorbic acid in aqueous cosmetic compositions to maintain chemical stability.

Segmenting liquid vehicles into functional components adjusts osmolality, viscosity, and pH to resolve adaptability versus complexity trade-offs.

Lytodark in a solid beverage activates tyrosinase while inhibiting 5-α reductase, avoiding complex extraction processes.

Reducing agents convert stable oxidative dyes into a reduced state while clay adsorbs the molecules, preventing re-oxidation and eliminating harsh odors.

Segmenting the formulation into separate preparations minimizes ammonia odor while maintaining color intensity and gray coverage.

A foaming cleansing composition uses a specific surfactant blend to form entangled elongated micelles for viscosity.

Heat-treated Limosilactobacillus fermentum LM1020 promotes dermal papilla cell proliferation to prevent hair loss without systemic side effects.

Optimized ultrasonic extraction maintains phytochemical integrity during Kalanchoe pinnata processing, ensuring stability for psoriasis treatments.

Specific surfactant ratios preserve clarity at high glycerol levels while minimizing amphoteric surfactants that hinder benefit agent deposition.

Combining cooling and warming agents extends heating sensation duration while reducing required warming agent concentration.

Milling organic UV filters with hydrophobic additives at 35 to 90°C prevents nano-material formation while maintaining UV protection efficiency.

High-viscosity silicone polyurethane forms a transfer-resistant film that prevents smudging and staining on skin.

A silylated amino acid and silane copolymer wall encapsulates cosmetic core materials through interfacial co-polycondensation.

Alkaline dental candy neutralizes oral acidity to maintain a neutral or alkaline pH, preventing demineralization and reducing bacterial load.

Polyglyceryl fatty acid ester and resorcinol derivative resolve the contradiction between transparency and stability in cosmetic compositions.

This formulation balances surfactant ratios to resolve the contradiction between foam fineness and volume, enabling comfortable washing with nylon towels.

Segmented wax encasers with temperature indicators prevent overheating and skin burns while accelerating melting speed.

Pisum legume protein reduces perspiration without aluminum halides, avoiding skin reactions and clothing staining.

An applicator device integrates a formulation dispenser with an illuminator to activate photo-activatable formulations on biological surfaces.

A cosmetic mask composition uses MQ silicone resin and volatile solvents to form a film that traps titanium dioxide particles on the skin surface.

Ion exchange resin treatment modifies cationic peptide charge states to enable stable formulation with anionic surfactants.

C10-C40 alkyl acrylate and allylic polymers stabilize emulsions, incorporating skin care ingredients without compromising non-tacky sensory properties.

Low-density organic particles and absorbents form a solid cosmetic composition that eliminates product escape during application.

A cosmetic composition uses a particulate material with a water-insoluble shell and fluid core to blur skin surface imperfections.

Saccharinate salts mediate direct dye binding to keratin fibers, producing intense chromatic colors while resisting washing and perspiration.

Hydrobonded cotton fibers maintain mechanical strength when wet, preventing disintegration during friction.

A dry-cleaning brush integrates a storage cavity and lever mechanism to dispense shampoo powder through base plate openings during combing.

Enzymatic hydrolysis of truffle extract yields low molecular weight compounds that reduce reactive oxygen species and increase ATP levels.

A dentifrice composition uses a specific sugar alcohol to water mass ratio to promote fluoride ion uptake into tooth enamel.

A reconstituted absolute process uses alcohol extraction to isolate soluble aromatic fractions from synthetic mixtures.

Betaine combined with taurate or alkyl sulphate surfactants in non-aqueous dentifrice compositions to produce dense foam.

A press-maintaining portion secures the brush position within an inside stopper, enabling adjustable extraction amounts for medical solution containers.

Bioadhesive palatal patch delivers herbal active ingredients to the upper palate for sustained oral cavity contact.

A composite underarm rinse eliminates odor-causing bacteria while preserving the skin microbiome through targeted pH and fatty acid modifications.

Reversible hydrogen bonds stabilize bioactives during storage while enabling rapid, complete release on skin application.

Hypochlorite saline compositions use pH buffers to maintain stability.

A 1-hexylpyrazole dye composition with benzo[1,3]dioxol-5-ylamine couplers produces intense color on keratin fibers.

Dual cationic polymers and aminosilicone accelerate hair drying, reducing heat exposure time to minimize thermal damage.

Arginine oral compositions selectively promote beneficial bacteria while reducing pathogenic loads to improve microbiome stability.

Freezing and filtering crocodile fat preserves active ingredients and prevents oxidation while eliminating organic solvent residues for scalable production.