Cosmetic Preparations TRIZ Cases

Non-acetylated sugar alcohols in a pre-treatment step minimize hair damage while achieving significant lightening.

Automated computer system generates candidate UV filter compositions and simulates performance to identify optimal mixtures.

A co-modified organopolysiloxane uses carbosiloxy dendrons to lower viscosity while maintaining hydrophilic group content.

Composite cannabinoid and spilanthol formulations resolve efficacy limitations of single-agent therapies by leveraging synergistic interactions.

A specific peptide extract stimulates healthy skin microflora growth while inhibiting pathogenic bacteria.

Nonionic surfactants stabilize polyion complex dispersions against precipitation, enabling thick UV-filtering films on skin without spin coating.

Flavor agents mask peroxide taste without retarding whitening performance when beta-dicarbonyl compounds stay below 0.001 mass percent.

A water-in-oil emulsion cosmetic uses a crosslinked siloxane elastomer and specific oil ratios to deliver non-sticky, moisturizing hair styling.

Combining pectin with unmodified hectorite creates a stable, matte-finish cosmetic gel that reduces environmental impact while maintaining sensory performance.

Reactive organopolysiloxanes in the oil phase enable addition-curing that eliminates stickiness while maintaining transparency.

A water-insoluble PVA film resists dissolution in saliva but disintegrates during brushing to release pigments, signaling adequate brushing time.

Metal oxide complexes with piroctone compound while cationic guar polymer adsorbs the complex, solving low retention caused by surfactant solubility.

Aqueous polyurethane dispersions form solvent-free nail polish coatings via chain extension reactions.

High-density cyclic fragrance materials balance core shell microcapsule density, preventing creaming or settling in liquid consumer products.

A powder coating process applies pigmented particulate material to compact cosmetic surfaces using a perforated mask and suction mechanism.

Dissolving non-natural cooling compounds in lactic acid eliminates dust hazards and mixing difficulties while maintaining sensory potency.

Solid silicone elastomer powders suspended in aqueous vehicles deliver effective exfoliation while preventing residue build-up and skin irritation.

An estolide ester composition formed from saturated and unsaturated fatty acids provides improved sensory properties for cosmetic applications.

A hydrophobic polymer solubilized in a solvent uniformly disperses inorganic pigment particles.

Acrylic ester microcapsule shells prevent fragrance evaporation via precise shear rate and stirring time control during suspension polymerization.

A solid lip cosmetic blends a dimer acid ester copolymer with phenyl-modified silicone to create a stable adhesive film on lips.

Plant extracts degrade Advanced Glycation End-products via chemical reactions, bypassing age-related enzyme activity decline.

Cationically-charged fibers adhere to eyelashes through electrostatic attraction, delivering superior volume without clumping or flaking.

Protease enzyme cocktail breaks down pomegranate peels to enrich polyphenol content, overcoming low antioxidant yields from conventional extraction methods.

Alkalinity-enhancing components in the sunscreen raise local pH levels, directly countering coral bleaching caused by conventional chemical filters.

Inorganic gelling agents resolve the contradiction between strong adhesion and easy acetone removal while maintaining shine.

A liquid skin cleanser combines sodium laurate, stearate, and palmitate salts to deliver a squeaky-clean feel.

Metal soap-treated flakes combined with bismuth oxychloride resolve the contradiction between improved skin feel and enhanced luster in cosmetic formulations.

A hair care composition uses polyquaternium-6 to deposit metal pyrithione onto the scalp infundibulum.

Heating keratin fibres within a confined space activates composition molecules, increasing deposition quality and reducing material consumption.

Hesperetin enantiomers intensify sweet taste impressions while masking bitter aftertastes from non-nutritive sweeteners.

A high internal phase emulsion structures polymer delivery to prevent sticky or tacky feel while maintaining strong hold and volume.

Faecalibacterium prausnitzii bacteria reduce liver fibrosis and improve organ function, avoiding adverse effects from conventional pharmaceuticals.

Thermostable lipases and saturases replace costly chromatography by selectively removing palmitic and stearic acids, achieving high purity with improved yield.

Surface treatment agents bridge metal oxide particles and substrates, resolving the trade-off between light-scattering properties and adhesiveness.

Iontophoresis drives calcium and phosphate ions into calcified tissue for targeted mineral deposition.

Limiting cyclic compounds to 1-8% in polybranched fatty acids achieves a pour point below -40°C and UV stability.

Amphiphilic polymer network suspends metal oxides, preventing settling in high-load sprayable sunscreen formulations.

Sustained-release polymer film barriers on dentures release essential oils to control odor-causing bacteria without frequent cleaning interventions.

Combining native type II collagen with hydrolyzed peptides reduces required dosage while accelerating anti-aging results through synergistic bioavailability.

A substantially anhydrous thickener system using carboxymethyl and hydroxyethyl cellulose forms a stable gel via controlled heating.

A cleanser composition uses a pH-sensitive indicator to change color upon application, providing immediate visual feedback on substrate coverage.

A silica-free dentifrice uses calcined alumina and condensed phosphate to polish teeth surfaces.

Acid-treated Himanthalia elongata extract provides skin whitening and anti-aging benefits through synergistic bioactive compounds.

Segmenting aqueous and mixed fatty/aqueous phases prevents oil-in-water emulsion phase separation.

Ethylidene-substituted cyclohexanols create diverse fragrance profiles while reducing R&D time through parameter changes.

A personal cleansing composition solubilizes hydrocarbon oil in wormlike micelles using linker molecules and electrolytes.

A cosmetic composition merges goniochromatic pigments with reflective particles to generate visible highlight points and a colored background.

A cosmetic composition uses low refractive index plate fillers to cover skin imperfections while maintaining a natural finish.