Cosmetic Preparations TRIZ Cases

Cleavable comonomers let UV-cured gel nail polish break down in cysteine and aqueous base, cutting removal time and nail damage.

An all-organic vegan balm uses plant oils, shea butter, and essential oils to hydrate and soften sensitive skin without synthetic irritants.

Oral dairy and non-dairy beverages deliver biotin, zinc, proteins, and plant extracts to support hair growth without topical side effects.

W/O emulsion coagulation forms smooth, spherical cellulose ether microparticles without carbon disulfide, improving cosmetic feel and moisture retention.

An acidic chitosan-silica composition blocks dentin tubules to reduce tooth sensitivity while avoiding the cost and complexity of multi-agent formulas.

pH-controlled arginine and pectin gummies preserve gel stability while reducing S. mutans and raising plaque pH.

A chrysin, rosmarinic acid, and GQPR peptide composition reduces blue-light skin stress while supporting Opsin 5, melatonin, and circadian balance.

A gel-emulsion cooling layer relieves skin pain and itching while avoiding anesthetic and propellant side effects.

Plant extracts such as fennel break down Maillard reaction products and AGEs while avoiding the stability and side-effect issues of synthetic agents.

A topical ketone body with (R)-3-hydroxybutyrate moieties helps protect skin from UV damage while improving hydration and reducing dryness.

A thiol-ene hair treatment bridges free -SH groups to restore strength, reduce broken-hair residue, and improve manageability after bleaching or straightening.

A pre-treatment oil and wax composition helps prevent scalp dysbiosis after chemical hair treatment and supports microbiome recovery within five days.

A prebiotic blend of oligosaccharides, polysaccharides, and mannose helps restore skin flora balance after external aggression.

A selective chelant in a cationic hair conditioner removes copper deposits without destabilizing the formula, reducing redox damage and aiding color uptake.

A fluoride-releasing inner film turns the low-saliva shell aligner environment into caries protection by inhibiting bacteria and aiding enamel remineralization.

Drying this emulsion crosslinks hydrophobic cellulose fibers with cationic compounds to deliver slippery films with better water resistance and durability.

An EVA membrane with dissolvable particles opens diffusion channels, enabling controlled long-term release of macromolecular drugs from an implant.

By converting ultraviolet light into longer wavelengths, this skin composition suppresses inflammatory substance expression and reduces erythema.

A mesh-divided drug layer and backing structure keep an oral patch attached during use while limiting residue, delamination, and removal discomfort.

Microchannel emulsification and induced gelation create hydrogel capsules with tight size control and low shear for sensitive compounds.

Polyphosphate and nitrate stabilize stannous salts in high-water oral care compositions, preserving clarity, foam, and sensitivity relief.

A stabilizing polymer system keeps salicylic acid and UV filters compatible, delivering high SPF, easy application, and a matte skin feel.

Using mixed nonionic polymers with different molecular weights and CO2, this case improves low-temperature stability, foam quality, and refoamability.

A volatile fatty phase and metallic-soap-treated spherical fillers enable compact solid makeup with easy application, impact resistance, and lasting coverage.

Two inks with controlled chromaticity and 100-5000 pL droplets improve ejection stability and produce natural-looking makeup images.

Copper ion complexes replace unstable, costly SOD agents to improve topical inflammation reduction, wound healing, and DNA protection.

A polyurethane resin-to-wax balance in an O/W mascara emulsion enables buildable volume, smudge resistance, and warm-water removal.

Blending a hexagonal-forming surfactant, water, and a non-lamellarizing oil enables stable Fd-3m liquid crystals with flexible component loading.

Controlled reflux and bottom ratios remove high-boiling impurities from 1,3-butylene glycol while keeping low dry point and high recovery.

A surfactant-fatty alcohol ratio turns airy aerosol foam into a creamy, glossy styling cream with easier application and anti-frizz effects.

A MOF and PEG-PCL-PEG composite improves skin penetration while stabilizing active ingredients for prolonged transdermal delivery.

Film-forming acrylate polymers help DHA self-tanners reduce odor, spread color evenly, dry fast, and resist transfer until warm-water removal.

A naturally derived shaft coating keeps pencil and cosmetic cores easy to shave while preserving drop and water resistance with lower environmental impact.

Segmented siloxane amino acid structures lower surface tension and enable micelle formation at low concentrations for surfactant formulations.

Aloe vera extract solubilizes oral cannabinoids to improve gastrointestinal absorption, uptake consistency, and formulation stability.

A cellulose derivative and polyvinyl alcohol buffer prevents polymer dye stacking, reducing false double positives in multiplex fluorescent analysis.

Mechanical agitation or ultrasound drives light-absorbing particles into follicles for selective heating with less collateral skin damage.

A sinuous common actuator mixes two reservoir components evenly while reducing clogging and simplifying long-term spray dispensing.

Controlled reflux in dehydration and product columns removes aldehydes and other low boilers to yield high-purity 1,3-butylene glycol.

A fucoidan, beta-glucan, and marine extract blend targets wrinkles, dryness, firmness loss, and irritation in one skin composition.

An oil-rich nail composition uses a low-level vasodilator and vegetable oils to strengthen brittle nails while avoiding harsh cosmetic solvents.

A coacervate-polymer shell helps perfume microcapsules resist surfactants, reduce leakage, and prolong olfactive release.

Preloaded adhesive patches match facial, lip, neck, and under-eye procedures to deliver clean, precise numbing without spread or waste.

A glyceryl caprylate and PPG alkyl ether emulsion cuts foam and whitish skin residue while preserving stability and absorption.

Using nidogen as a single active ingredient strengthens the basement membrane, supports keratinocyte growth, and helps maintain epidermal stemness.

Anhydrous ethanol stabilizes soft glycopyrrolate esters for topical hyperhidrosis treatment while limiting systemic side effects.

Hyperbranched polyglycerol coatings help nanoparticles resist protein adsorption or bind tissue, improving circulation and targeted delivery.

Nitrogen-propelled foam with non-fully synthetic film formers gives strong hair hold while reducing dryness and improving sustainability.

A shea butter, PEG-50 shea butter, and hydrated silica blend cleanses and hydrates skin and hair without irritation, residue, or greasy feel.

Uses self-emulsifying agents and phase stabilizers to keep retinol emulsions stable without surfactants, reducing skin irritation and environmental harm.