Cosmetic Preparations TRIZ Cases

A spiculisporic acid, alkyl polyglycoside, and polysaccharide system delivers clear sulfate-free cleansing gel with stable foam and makeup removal.

Adding saccharide isomerate to surfactant detergents boosts foam volume, generation speed, stability, and texture without reducing cleansing.

Itaconate prodrugs modulate the TLR3/IL6/STAT3 axis to induce anagen hair growth while reducing inflammation and adverse effects.

A lotion-to-powder deodorant uses starch, alcohol, water, and natural emollients to dry cleanly on skin without loose-powder spillage.

Controlled AAS-to-AS and polymer ratios preserve uniform open-cell pores in multilayer dissolvable sheets while preventing collapse and delamination.

Nitrate, nitrite, or L-arginine rescue rinses help offset antiseptic mouthwash disruption of nitric oxide pathways and blood pressure.

Carnitine salts added to oxidizing hair lighteners reduce yellow tones and breakage while preserving keratin fibre quality.

Magnetic base and band components trap eyelashes without adhesive, improving lash lift consistency while reducing allergies and removal damage.

A hydrogen peroxide, carbonate, and silicate hair lightening composition reduces yellow-orange tones while protecting fibre quality and dyeing compatibility.

Adding caffeine to thiopyridinone compositions limits light-induced degradation and preserves depigmentation efficacy under exposure.

Balancing polar and non-polar solvents with 2-5% structurant helps aluminum-free deodorant sticks control pH, limit irritation, and stay stable.

A glycolipid biosurfactant with glycerol monooleate improves dispersibility, viscosity stability, and skin deposition in rinse-off care.

Controlled edge heat-compression seals dissolvable porous sheets around a loading composition to improve leakage performance without sheet damage.

A liquid-to-powder deodorant composition uses starch and evaporating alcohol to deliver a powdery feel without loose-powder spread or clothing contamination.

Controlled thermal and mechanical processing turns red seaweed flour neutral in color while preserving gel strength and avoiding chemical bleaching.

Erucamide-based personal care formulations replace silicones and cationic polymers to cut buildup, irritation, and environmental harm.

A low-water silicone resin and emulsifier composition delivers long-lasting lip color with creamy application, stability, and a non-sticky feel.

Controlled water surface area lets an effervescent xylitol oral powder dissolve smoothly in saliva while improving plaque control and mouth feel.

α-Ionone restores damaged skin barrier function by boosting keratinocyte growth, migration, HAS-2, and HBD-2 expression.

Water-based dispersion freezing and lyophilization form smooth 3D cosmetic powder shapes while easing demolding and avoiding solvent hazards.

Mineral powders, hygroscopic material, and oil or wax create a stable anhydrous deodorant that resists separation and stays pleasant on skin.

Natural thermal and mechanical processing preserves seaweed rheology, enabling strong gels at low powder concentration without chemical extraction.

Mixing a melanin precursor part with an oxidation dye part avoids oxidizing-agent application, reducing hair damage while widening color shades.

A no-rinse salt activation step stabilizes melanin-precursor hair dyeing, improving color consistency while avoiding oxidation damage.

Selected UV filters protect Lactobacillus crispatus and S. epidermidis from UV damage while keeping sunscreen formulation complexity low.

Flavonoid sweetener additives improve solubility and enzyme stimulation to reduce aldehyde and sweetener-related health burdens.

Targeted GDNF dosing promotes re-epithelialization, restores the skin barrier, and stimulates hair follicle development.

Sugar alcohol fatty acid esters lower micelle concentration to maintain emulsification while improving biodegradability and reducing eco-toxicity.

A three-phase emulsion with film-forming polymers, volatile oils, and wax particles delivers immediate skin smoothing, tightening, and blurring.

Microfiltration and freeze-drying preserve non-pathogenic C. acnes viability while creating a low-moisture topical format with better storage stability.

A mixed sulfate-free surfactant system restores foam and viscosity while keeping hair and scalp gentler during cleansing.

A salicylate and Pongamia pinnata seed extract combination boosts UVA-1 photoprotection while lowering active load and formulation complexity.

Polyol esters improve fragrance deposition on fabric in rinse-off laundry products, preserving scent longevity and note retention through drying.

Acrylamidopropyltrimonium chloride copolymer boosts piroctone olamine or selenium sulfide deposition so anti-dandruff agents resist rinsing.

Uses Streptococcus strains and Cyclo(Gly-Pro) to reduce inflammation, strengthen the skin barrier, and ease atopic dermatitis with fewer side effects.

Quaternary ammonium surface-modified silicone rubber particles improve aqueous dispersibility, fluidity, tactile feel, and antimicrobial activity.

A diesterquat-balanced hair conditioning composition boosts silicone deposition on hair surfaces for stronger conditioning performance.

A mica-pigment suspension with alcohol, diol, thickener, and water prevents agglomeration and settling for durable keratin coloring.

Blending specific alicyclic alcohol isomers creates a lasting floral-woody scent with improved diffusibility for fragrance compositions.

An alkaline zinc-amino acid dentifrice uses non-ionic thickeners to avoid viscosity and surfactant issues while depositing zinc oxide on teeth.

A shikimic acid-arginine complex binds delicate fibers to restore protein structure, smooth fabric, reduce static, and limit discoloration.

Sugar-based surfactant micelles encapsulate poorly soluble glycosides with stable particle size, higher stability, and improved dermal absorption.

C18 isohexide diesters restore epidermal barrier function by modulating protective pathways, helping treat ichthyosis vulgaris and atopic dermatitis.

An injectable mix of EMD proteins and human soft tissue cells promotes gingival regeneration while avoiding invasive flap surgery and lowering infection risk.

A starch-PVA-acid stabilizer enables surfactant-free ASE/HASE emulsions with stable viscosity, clarity, and suspension in sulfate-free systems.

A short reducing pre-treatment before oxidation boosts keratin fiber lightening while limiting hair damage and excess processing time.

Sequential solvent extraction of Chaetoceros sp. yields natural actives that improve skin renewal, hair growth, and wrinkle reduction with fewer side effects.

Atractylodes lancea root extract boosts collagen, limits MMP activity, and reduces oxidative stress without retinol-linked pain or inflammation.

Controlled copigmentation turns unstable plant dye precursors into water-soluble colorants with stronger keratin affinity and longer-lasting hair color.

A sweat-triggered magnesium oxide and phosphate salt composition forms pore-blocking precipitate for antiperspirant and deodorant action without chloride staining.

Multivalent cations crosslink anionic nanofibrillar cellulose, resolving brittleness and enabling elastic membranes for medical use.

Porous silica beads absorb oil to boost sun protection factor while reducing skin irritancy from high UV filter concentrations.

A composite surfactant molecule combines a quaternary ammonium salt with a vegetable fatty acid sulpho-derivative to repair damaged hair structure.

Nonionic linear silicone polymers enhance chroma and color depth in hair dye compositions.

Encapsulating zinc or stannous ions in a polymer matrix prevents premature reactions during storage while enabling controlled release during brushing.

Coaxial water-soluble nano-filaments provide controlled lubrication while preventing debris accumulation on razor cartridges.

Phosphatidylserine and anionic surfactant self-assemble into a rigid spiral rod structure stabilized by calcium ions to encapsulate active ingredients.

A topical composition combines urea, lactobionic acid, and zinc to deliver antimicrobial protection without conventional preservatives.

Chemically bound chromophores in linear polyethers reduce skin penetration while maintaining high molar extinction coefficients for effective UV shielding.

Curcuma longa L. extract absorbs ultraviolet radiation to provide broad-spectrum protection without titanium dioxide or toxic solvent residuals.

Methyl ethyl ketone facilitates cyclosporine penetration through the stratum corneum, resolving low solubility and skin irritation issues.

Immortalized primordial germ cell lines differentiate into oocytes, bypassing natural maturation time and eliminating animal sacrifice.

A polyamide powder absorbs a water-soluble dye to enable its use in anhydrous cosmetic formulations.

An aqueous hair cleansing composition uses cationized hydroxypropyl cellulose and anionic surfactants to condition damaged hair.

A gelling agent composition using dibutyl lauroyl glutamide and acyl acidic amino acids to form stable gel structures.

Alkoxycrylene compounds quench excited state energies to stabilize organic UV filters against photodegradation.

Peptide analogues with carboxylic acid groups create a non-sticky moisturizing film that prevents skin irritation while maintaining hydration.

A photo-activator gel containing red azo dye and vitamin B2 catalyzes hydrogen peroxide breakdown under blue light exposure.

Topical siRNA composition targets Orai1 mRNA to silence calcium channel expression, addressing hyperhidrosis without blocking sweat ducts.

A fragrance composition uses 3,4-dimethylbenzonitrile and triethyl citrate to deliver a strong cinnamon aroma.

A multi-agent alkaline composition using arginine, silicates, and alkanolamines treats keratin fibers.

A hydrophobic film of layered silicate clay and acyl substituted polyvinylpyrrolidone reduces perspiration without metal salts.

Alkoxylated aminopyrimidine developers prevent browning of blue shades while improving wash fastness and gray coverage in oxidative hair dye systems.

A hair care composition combines azelaic acid and oleic acid to partition into protein and lipid regions for increased structural integrity.

Segmented two-part mixing in a disposable foamer prevents corrosion and inconsistent ratios, ensuring uniform dye coverage.

Nanoliposome-encapsulated photosensitive curcuminoids enable targeted delivery to hair follicles via fractional topical application and light activation.

Combining MIA inhibitor peptides with additional bioactive agents enhances melanin production to treat vitiligo.

Separates solid particulate carboxamides from a liquid menthol ester premix to eliminate bitter tastes while sustaining cooling for over 50 minutes.

Clustering supplement formulations by ingredient correlation enables automated generation of optimal skin care products without manual trial-and-error.

A hair color stain remover formula uses witch hazel extract and green tea to dissolve stains on skin.

A polyoxyethylene phytosterol and glycerin fatty acid diester form a layered gel structure within emulsion particles to hold oil-soluble drugs.

Gemini surfactants stabilize baicalin emulsions, preventing degradation and viscosity drops in aqueous formulations.

Continuous microwave irradiation converts cannabidiolic acid to cannabidiol, overcoming low yields from traditional thermal heating.

Thermally-curable epoxy monomers penetrate hair fibers and polymerize to maintain styling without breaking disulfide bonds.

Transesterifying algal lipids into esters enables distillation and crystallization steps that isolate omega-7 fatty acids from biomass.

Fischer-Tropsch wax replaces liquid filters in a cosmetic stick to eliminate stickiness while maintaining high SPF and safety.

Light-induced photocatalysis creates reactive conditions for durable covalent attachment, overcoming water degradation of active materials.

Mixing persalt bleaching compositions with carboxylic acids shifts the pH to an acidic range, preserving hair strength while achieving uniform dyeing.

Aluminum salt composition featuring high SEC Peak 4 intensity for enhanced antiperspirant efficacy.

A dyeless facial hair color formula uses carnauba wax and isododecane copolymer for durable, brush-on application.

Crosslinked glutamic acid polymer thickens aqueous phases, replacing petrochemicals to improve sustainability without compromising formulation ease.

A multi-layer makeup protection cosmetic spray uses a volatile oil agent and an oil-soluble film-forming agent to produce fine mist upon application.

Chewable matrix incorporates abrasive particles distributed throughout a starch-protein structure to clean multiple tooth surfaces.

A silica shell on cerium suboxide cores prevents water degradation while maintaining optical absorption.

Composite amino acids and zinc ricinoleate neutralize formaldehyde without synthetic chemicals.

A laminate packaging material with a thermoplastic layer and fungicide protects high moisture bar soap.

Using water-soluble ultraviolet blocking agents in a hydrophobic sponge prevents adsorption losses and maintains expected sun protection factors.

Resin-bound acid catalysts shift etherification equilibrium to produce high molecular weight polyethers from monoterpenoid alcohols.