Cosmetic Preparations TRIZ Cases

Catalytic gas generation creates expanding bubbles that produce high shear forces to remove biofilm without damaging gum tissue or enamel.

Sub-micron scalenohedral calcium carbonate occludes dentinal tubules, resolving the trade-off between effective hypersensitivity relief and pleasant mouth-feel.

A multivalent citrate salt composition neutralizes odors through chemical transformation.

Diisostearoyl polyglyceryl-3 dimer dilinoleate prevents oil separation in high-oil cosmetic formulations under thermal stress.

Flash evaporation atomizes ethanol-starch cosmetic preparations, eliminating propellant safety risks while maintaining spray quality.

A pre-moistened wipe containing adsorbent particles neutralizes malodors during cleaning.

Xanthine derivatives stabilize hydrogen peroxide, preventing decomposition and maintaining oxidative activity during storage.

A cosmetic composition combining hydrophobic silica aerogel particles with sugar-unit polymers to maintain hair conditioning properties.

Lactic acid in dry food inhibits plaque and calculus formation, resolving animal compliance issues with mechanical brushing.

A water-in-silicone emulsion stabilizes deodorant aerosols using polydimethylsiloxane and triethyl citrate.

Freeze-drying a fruit puree and nutricosmetic mixture creates a solid that melts in the mouth, enhancing bioavailability without preservatives.

Separating sediment from pecan husk oil allows varying brown pigment concentrations, reducing production costs compared to traditional synthetic dyes.

A stick-shaped cosmetic material uses two longitudinal regions with distinct wax ratios to create different hardness levels for selective makeup application.

Silicone compounds and metal oxide coated synthetic mica improve combability and shine on damaged hair.

Solid shampoo compositions use polymeric fillers to prevent disintegration, enabling easy measurement and reducing water wastage.

An oral composition disperses firmly adhered plaque using specific olefin and hydroxy alkane sulfonate ratios.

Ceramide vesicles deliver bioactive ingredients through the stratum corneum via self-assembled lipid structures.

Replacing ammonia with alkanolamines, amino acids, and cationic polymers reduces scalp irritation and odor while maintaining strong colorations.

A two-part hair dye system uses polymer complexes to enhance viscosity and stability for reliable foam discharge.

Composite molecules with carbon-nitrogen triple bonds bind to skin proteins, improving persistence and photostability while reducing migration risks.

Low defensin concentrations activate LGR6+ stem cells without allergenicity.

Composite dye formulations combining direct colorants with fluorescent disulfide thiol agents maintain color intensity against shampooing and light exposure.

Plant oils and aloe vera in the composition stimulate Caspase-14 production to restore hydration and repair dry skin damage.

Heat-treated sunscreen coatings enable accurate measurement of UV protective effects under thermal stress.

A compound with aliphatic hydrocarbon groups thickens fluid organic substances to a desired viscosity via fibrous self-assembly.

Segmenting alkoxy silanes from water prevents rapid polymerization, enabling uniform application while eliminating oxidative dye odors.

Controlled aldehyde crosslinking stabilizes the network during heat treatment, reducing viable microorganisms without altering viscosity.

Peptide conjugates with optimized lipophilicity penetrate skin tissues to reduce melanin production, overcoming the short half-life of conventional agents.

Buffered sodium hypochlorite at 0.005-0.2 wt% inhibits inflammatory mediators to reduce healing time without cytotoxicity.

Pre-formed spheroids with protective coatings maintain structural integrity when dispersed in a solid aqueous phase, resolving deformation during manufacturing.

Hexane extraction isolates non-pungent red paprika components, resolving inconsistent chemical compositions while reducing transepidermal water loss.

Lipophilic peptide derivatives diffuse through skin to stimulate basement membrane protein synthesis and slow age-related breakdown.

A skin care composition stabilizes polyunsaturated fatty acids using a radical scavenger and peroxide decomposer to prevent oxidation.

A thymol ester composition activates mitochondria to promote cellular ATP production.

Acrylate polymers and silicone oils deliver care effects in transparent bleaching agents without compromising transparency.

A calcium carbonate toothpaste thickening system combines xanthan gum and synthetic polyacrylic acid polymer to stabilize viscosity.

A redox signaling gel formulation maintains reactive oxygen species concentrations through controlled electrolysis and pH adjustment.

Controlled silica hardness and surface area preserve stannous fluoride ion stability while minimizing dental enamel abrasion.

A DNA aptamer with a G-quadruplex structure binds specifically to the MMP-9 protein to inhibit its enzymatic activity.

Yeast-produced HSA fusion proteins extend the half-life of growth factors, resolving enzymatic degradation issues in skincare formulations.

Genetic overexpression of Fc receptors on exosomes enables targeted delivery of therapeutic agents.

Silane-based film enhances hair dye color intensity and rubbing fastness without oxidative damage.

Inorganic pigment particles scatter light in the red region while organic dyes absorb blue wavelengths to create an even skin appearance.

Lactic acid bacteria prevent dental calculus and caries without strong taste or smell, improving compliance in children and pets.

Salt scrub formulations using olive and pumpkin seed oils reduce skin damage while addressing cellulite and wrinkles.

A cosmetic composition uses partially crosslinked organopolysiloxane and oil-absorbing silicone composite spherical powder to deliver a smooth, residue-free finish.

Segmented effervescent ingredients maintain storage stability while generating carbon dioxide gas to dissolve the tablet completely within one minute.

A hair shaping composition uses gluconolactone and glyoxylic acid to reshape hair structure without breaking disulfide bonds.