Cosmetic Preparations TRIZ Cases

Transparent thermoplastic polyurethane film replaces opaque hydrocolloids to deliver active agents without residue, eliminating post-use washing requirements.

Aminofunctional organopolysiloxanes act as self-emulsifying agents to form stable O/W and W/O cosmetic emulsions without electrolytes.

Segmented chimeric constructs deliver antimicrobial agents directly to resistant bacteria, bypassing traditional resistance mechanisms.

A ceramide-based liquid crystal composition stabilizes lipid phases to enhance skin hydration and barrier function.

Low density polyolefin emulsions replace high temperature processing and expensive agents to reduce production costs.

Acrylic acid-maleic acid copolymer forms a protective barrier on tooth surfaces to prevent stain adsorption and bacterial accumulation.

A topical composition combines N-ethyl-lauroyl-arginate with amino acid-based anionic, alkyl glucoside non-ionic, and amphoteric surfactants.

Fermented honeybush extract replaces unstable retinoids to reduce wrinkle length and depth without causing skin irritation.

A yarrow fresh plant pressed juice concentrate uses reverse osmosis and freeze drying to produce a stable solid.

Menthol compounds reduce skin and scalp irritation during alkaline hair coloring processes.

A dual-phase oral care composition uses uncoated titanium dioxide particles to absorb ultraviolet light and drive photocatalytic whitening reactions.

Antibacterial artificial nail composition incorporates undecylenic acid derivatives and cation-substituted fillers to inhibit microbial growth.

Discrete particles containing fatty amphiphiles deliver conditioning benefits while maintaining high light transmittance in clear cleansing compositions.

A hair coloring method using an amino acid mixture and cuticle care agent to open the hair cuticle for deeper dye penetration.

A composite plant fermentation product delays biological aging symptoms through synergistic ingredient action.

A thiolactone polymer attaches to hair keratin through redox reactions, preventing cuticle damage from harsh chemical treatments.

Replacing harsh abrasives with a composite surfactant system improves temporary whitening stability.

Neopentyl Glycol Diethylhexanoate acts as a selective evaporation modulator for volatile perfume components in high ethanol formulations.

Novel triazine intermediates enable direct synthesis of high purity derivatives, eliminating multi-step purification bottlenecks that increase production costs.

A solid cosmetic composition uses vegetable butters and waxes to eliminate packaging waste while maintaining structural integrity for 3D printing.

A dual cap dispenser separates sunscreen and a photochromic UV indicator to visually alert users when reapplication is needed.

Semi-crystalline polymers stabilize BEMT emulsions, resolving texture trade-offs while delivering broad-spectrum UV protection.

A porous dissolvable solid substrate holds a surface resident inorganic particulate perfume complex for direct delivery.

Film-forming resins in photochromic inks prevent degradation and washing off when exposed to corrosive sunscreen products.

A water-in-oil emulsion deodorant composition uses volatile components to deliver a fresh feel.

Biodegradable starch composition incorporates natural fibers and hydrophobic additives to create water-resistant articles.

Spiroepoxy macrocycles replicate nitro musk odor while eliminating health risks from banned compounds.

Citrate complexes with strontium to prevent insoluble precipitate formation while maintaining basic pH for fluoride stability.

A glyceryl oleate citrate and viscosity modifier blend creates stable, low-viscosity O/W emulsions.

Multi-step filtration purifies chlorhexidine diacetate in ethanolic Sumatra benzoin for topical coating production.

A self-emulsifying formulation delivers highly lipophilic active substances through spontaneous emulsion upon skin contact.

Peptide compounds modulate SCF/c-Kit signaling to improve microparasol integrity, attenuating UV-induced DNA damage and pigmentation defects.

Alkanoyl glycinate and amphoacetate surfactants maintain effective foaming in high emollient compositions.

Adjusting apparent pH near the acid pKa stabilizes glycerin-in-oil emulsions against phase separation while reducing skin irritation.

A flexible dissolvable porous solid structure delivers surfactants via controlled aeration and drying.

Incorporating uncoated porous silica beads into titanium dioxide sunscreens reduces the whitening effect while maintaining UV protection.

A self-assembled amino acid supramolecular polymer forms through hydrogen bonding to deliver high detergent power.

Segmenting the formulation into a continuous surfactant phase and a dispersed oil phase prevents solubilization of benefit agents during rinsing.

Lysolecithin and lecithin surfactants stabilize high oil content microemulsions without high-energy processing or viscosity issues.

Segmented aperture blades and a polar shaving aid reduce skin irritation by distributing pressure and lowering shear rates during multi-directional use.

Thermal extraction of Tannat grape polyphenols prevents oxidative stress and collagen degradation in aging skin.

Candied citrus fruit pieces transform firm texture into supple form to remove dead cells without causing skin abrasion or irritation.

Merging HSP10 with brazzein boosts antioxidant activity while maintaining stability, improving wrinkle amelioration in functional cosmetics.

Novel organopolysiloxane with tertiary-amine side chains enables acid-neutralized salt formation for adjustable ionic properties.

A xylitol and alginate composition reduces Candida albicans adhesion to host tissues through anti-adhesive properties.

A fatty acid and silicone polymer coating on abrasive particles prevents peroxide decomposition during storage, maintaining whitening efficacy.

Encapsulates personalizing substances in non-bioerodible polymeric microparticles to maintain integrity within the dermis for at least five years.

Polycarbophils mediate between polyvinylpyrrolidone and hydrogen peroxide, preventing decomposition during drying while maintaining acceptable dissolution time.

Pullulan and natural thickeners replace synthetic polymers to maintain styling performance while improving biodegradability.