Cosmetic Preparations TRIZ Cases

Topical compositions with fetal tissue compounds promote skin regeneration while reducing hyperpigmentation without causing long-term damage.

Cellulose-derived capsules encapsulate sunscreen agents with cationic polymers to maintain UV protection on skin after rinsing.

Replacing synthetic polymers with amino acid derivatives resolves skin irritation and environmental pollution while maintaining emulsion stability.

Surfactant mediation stabilizes lipophilic nanoemulsions against Ostwald ripening, maintaining particle size uniformity and bioavailability.

Amphiphilic oxalamide derivatives overcome high concentration requirements by forming stable nanoscale networks via local quality design principles.

Propylene glycol topical composition regenerates gum tissue without irritation.

Inkjet printing deposits aqueous inks onto compact cosmetic powders, achieving sharp borders between colored zones through controlled vertical diffusion.

An alkaline composition containing ammonia and organic agents reshapes keratin fibers under heat, reducing acrid odors and preventing over-processing damage.

A stable cosmetic composition containing hydroxypropyl tetrahydropyrantriol, silicone oils, and water-soluble solvents.

Direct oxidation with m-CPBA or NaIO4 mediators replaces multi-step sequences to improve trimethylcyclododecatriene yield and selectivity.

An anhydrous cosmetic composition combines branched alkanes with dimethiconols and amino silicones to condition hair.

Heat-attenuated Lactobacillus paracasei LPc-G110 alters oral biofilm composition by reducing Gram-negative anaerobic genera and increasing aerobic populations.

A polyimide and film former cosmetic agent enhances hairstyle hold while distributing nourishing constituents to keratin fibres.

Hydroxycarboxylic acids buffer low pH in a cationic dye shampoo, resolving the contradiction between color retention and hair manageability.

Eugenia jambos extract strengthens the skin barrier function and stimulates natural cell maturation.

Ring-dryer technology evaporates moisture from mixed pea by-products while controlling parameters to prevent Maillard reactions that degrade lysine content.

A semi-solid oral care agent uses a radical generator to soften and remove deposits from the mouth.

A cosmetic composition combines four natural extracts to restore skin barrier integrity and promote cellular viability.

Composite coatings balance moisture protection with fast acid release, preventing brittleness while maintaining pure sour taste sensation.

Kiara molecule complex combines niacinamide, arbutin, tranexamic acid, ubiquinone, DHEA-like components, curcuma extract, and marine exopolysaccharides.

A cosmetic composition combines a block copolymer with non-volatile and glossy oils to form an adherent film on keratin materials.

An anhydrous cosmetic composition combines polyols, monoalcohols, fatty amines, and carboxylic acids to create a transparent formula.

Modified starch networks stabilize aerated emulsions, preventing separation while avoiding greasiness.

Merges lipoic acid and taurine in a specific weight ratio to resolve weak antioxidant properties and limited duration of action.

A water-soluble inorganic complexing metal salt binds catalytic ions to stabilize cationic PAE resins.

A dispersible moist wipe emulsion uses a specific emulsifier system to maintain physical stability during storage.

Leafing additives bind PVD aluminum pigments to float on cosmetic surfaces, creating a closed metallic film with extreme mirror shine.

Skin bonding polymer adducts form a surface gel matrix to anchor UV-A absorbers and prevent dermal penetration.

Modifying the HX motif residue at position 304 expands the CE-7 enzyme catalyst scope while maintaining perhydrolytic activity for disinfection applications.

Self-adapting polymers increase water resistance and SPF values by at least 50% compared to control compositions.

Anhydrous cosmetic composition uses siloxysilicate resin combined with polyorganosiloxane polymer to deliver high gloss and non-tacky feel.

A segmented polymer structure combines a durable thermoset lattice with a solvent-dissolvable resin network for UV-curable nail coatings.

Carboxylated cellulose ether based polyglucose polymers replace sulfate ingredients to eliminate scalp irritation while maintaining curl retention.

Alkyl sulfate metal surfactant complexes reduce astringent taste while maintaining antibacterial efficacy.

Fermented Nuruk product promotes collagen synthesis and antioxidant activity in skin care formulations.

Modulating TRPM5 ion channels regulates melanin synthesis without the adverse side effects of conventional hydroquinone treatments.

Lactobacillus paracasei GMNL-653 aggregates and inhibits Staphylococcus hominis, resolving axillary osmidrosis without damaging sweat glands.

A sunscreen cosmetic formulation uses Cetyl dimethicone copolyol and specific copolymers to create a stable water-in-oil emulsion.

Volatile compounds inhibit sweat malodor perception by modifying chemical composition parameters to resolve reliability contradictions.

Mango leaf extract, ferulic acid, ascorbic acid, and baicalin deliver synergistic antioxidant activity.

A buffer system with ammonium hydroxide and bicarbonate alters hair color efficiently.

A copper pigment with a metal oxide and plastic layer prevents ion release that causes gelation in nail polish.

Aromatic skin-active ingredients reduce fine lines and mask malodorous compounds, eliminating the need for separate odor-neutralizing agents.

Relocating the reservoir to the neck reduces dispensing distance, preventing clogging while maintaining storage capacity.

A cosmetic composition uses amphoteric surfactants and oxyethylenated amides to dye keratin fibers.

A topical skin composition combines Oenothera biennis extract, adenosine, and sodium hyaluronate to enhance collagen production.

Replacing silicone coatings with mannosylerythritol lipid resolves the trade-off between waterproofness and dried-out skin feel by improving adhesion.

N-acyldipeptide derivatives combined with gluconolactone improve skin thickness and elasticity, addressing inadequate treatment for aging-related changes.

Elastic powder restricts silicone oil absorption to prevent gelation, ensuring consistent spreadability and a non-oily finish.