Cosmetic Preparations TRIZ Cases

A peptide featuring an immobilized aromatic cycle reduces skin pigmentation through targeted melanogenesis inhibition.

Sodium cocoyl glutamate surfactant enhances vitamin E acetate deposition on skin surfaces in mild personal care formulations.

A two-part acrylic monomer liquid cures under UV light to form a hard artificial nail.

Metathesized C10-C17 surfactants stabilize concentrated glyphosate formulations, preventing precipitation at -10°C and 54°C.

A cosmetic composition combines organic silicon compounds with anionic surfactants to condition keratin fibers.

A cosmetic composition uses high-concentration hydrophilic polymers to replace waxes, maintaining a stable texture.

Fluorinated esters provide lubricity without oily residue, resolving the trade-off between reduced friction and greasy feel.

Coating silicone resin powder with polyoxyalkylene glycol derivatives creates hydrophilic surfaces for stable aqueous dispersion.

Encapsulated curcuminoids in polyoxyethylene castor oil micelles reduce body weight and visceral fat with lower dosages, avoiding severe side effects.

Combining an oxyalkylene polymer with an acidic polymer achieves self-selective adhesiveness while preventing stickiness and stiffness.

Fatty acid gelling agents stabilize peroxide whitening agents, eliminating the need for complex two-component mixing systems.

Solubilizes SEBS copolymer in an oil and ethyl acetate mixture to eliminate thermal stress on active ingredients during patch manufacturing.

Aldehyde fragrance compounds restrict indole formation in urine to less than 0.01 ppm, preventing malodors while maintaining scent intensity.

Ethanol-water extracted blackberry leaf topical composition induces anagen phase entry, resolving side effects from pharmaceutical treatments.

Optimizing Camellia sinensis extract concentrations minimizes costly ingredient waste while maintaining high antioxidant performance.

Modified menthol derivatives combined with light protection filters deliver cooling and moisturization without skin irritation or unpleasant odor.

Hybrid-crosslinked beta-glucan and hyaluronic acid resist heat and enzymatic degradation, extending retention length in medical prostheses.

Grafted particle-polymer hybrids form dense films that enhance water resistance without causing tack or thickening in skin care products.

Surface-reacted calcium carbonate adsorbs pollutants while maintaining non-greasy sensory properties.

Modified cellulose polymer, organic solvent, and particulate filler form an adherent occlusive film that reduces perspiration without metal-based actives.

Pichia anomala yeast extract paired with glycerin stimulates fibroblast activity to increase glycosaminoglycan production, addressing microbiota dysbiosis.

Acicular body dissolves chitosan derivative in organic solvent without acid, preventing harmful byproduct release into the body.

In vitro lavender oil replaces chemical preservatives, maintaining stability through temperature changes.

Composite cationic polyglyceryl structures resolve the trade-off between enhanced humectant functionality and ethoxylation safety risks.

Basic amino acid suppresses ethyl lactate hydrolysis, maintaining concentration stability below 2% loss over six weeks.

Jojoba ester surface treatment replaces synthetic agents on pigments to eliminate oil absorption and odor while maintaining mechanical stability.

Multilayer interferential pigments screen ultraviolet radiation while maintaining visible transparency in photoprotective compositions.

A cannula with skin surface sensing means controls material expulsion rate via a mechanically linked plunger system.

Photopolymerization of urethane acrylate and aliphatic monomers resolves adhesion versus chipping contradictions.

Polyalkyl methacrylate composition undergoes transesterification with long chain alcohol to form substituted polymer.

A cyclic carboxamide derivative modifies an oil-in-water emulsion cosmetic formulation to deliver a fresh, moist sensory experience.

A cosmetic composition stabilizes retinol using di-t-butyl pentaerythrityl tetrahydroxycinnamate and ethylenediaminedisuccinic acid salt.

A water-based slurry cosmetic composition disperses chemically immobilized surface-treatment agents on pigment substrates to improve skin adhesion.

Glycol-based soaking allows dry bio-cellulose to gel rapidly, preventing microbial contamination during long-term storage.

Peroxysulfate whitening agents in non-aqueous dispersants maintain oral care composition homogeneity.

Surfactant mediates wax and active binding to restore water transport pathways lost by high wax concentrations.

Core-shell particles with at least 3 wt% pigment content prevent sedimentation and aggregation through physical containment.

Lactobacillus paracasei colonizes the scalp to restore ecoflora balance, reducing inflammation and irritation while maintaining hydration.

A specific combination of oxidation dye precursors forms stable colored molecules within keratinic fibers.

Composite gellants including cyclodipeptides stabilize refractive index matching, preventing wet oily film deposition while maintaining stick firmness.

A hydrophobically modified silica and amino functionalized silicone antiperspirant composition reduces skin irritation while maintaining sweat reduction efficacy.

Modified menthol structures eliminate bitterness and irritation while enhancing top notes and lingering scent in fragrance applications.

High solids fluid cosmetic composition with sebum-pump fillers maintains color remanence against sebum.

A non-comedogenic sunscreen composition uses natural plant-derived filters to provide effective UV protection.

Mesh filtration creates hair-like hydrogel strands that balance injection ease with in vivo stability.

Genipin cross-linked alginate-chitosan microcapsules encapsulate antiperspirant actives, reducing skin irritation while maintaining efficacy.

A booster oil formulation isolates oil-soluble actives to maintain stability and enhance efficacy.

Silane-based films trap direct dyes within keratinous material, preventing ammonia odor and hair damage from oxidative processes.