Cosmetic Preparations TRIZ Cases

Segmented solid units reduce packaging volume and waste while enabling easy reconstitution.

A betaine ester composition uses stimuli-sensitive encapsulation to stabilize and control active chemical release.

Enzymatic hydrolysis of mixed soy and rice proteins yields a hydrolysate that strengthens damaged hair while maintaining formulation stability.

Epoxidized carboxylic acid esters react with reactive alcohols or amines to create renewable surfactants that reduce environmental impact.

Liquid crystal modifiers and inducers convert fatty acyl isethionate crystals to stable liquid phases, preventing physical separation at 40°C.

A catalyzed hair dye system uses aluminum zirconium glycinate to accelerate oxidation.

A deposition aid mediates between surfactants and tooth surfaces, enabling blue pigment adhesion that overcomes cleaning interference for visible whitening.

Novel biaromatic vitamin D analogs resolve specificity and efficacy trade-offs in dermatological treatments through targeted receptor transactivation.

A sanitizing composition uses probiotics and prebiotics to restore skin microbiota balance.

A specialized thickening polymer stabilizes zinc pyrithione particles in aqueous shampoo formulations.

Oil ethoxylates stabilize high internal phase emulsions with 0.6 wt% surfactant, reducing material usage while maintaining stability.

Pichia pastoris secretes soluble recombinant human type XVII collagen with optimized amino acid sequences for industrial production.

Polymeric alkoxylated citrate esters resolve solubility limitations by enabling versatile emulsification across oil-in-water and water-in-oil systems.

Multilayer polymer envelope holds solid surfactant composition, eliminating liquid handling issues and reducing rinse water consumption.

Crassocephalum rabens extract boosts collagen and elastin levels while inhibiting hyaluronidase to address aging and wrinkle formation.

Composite boosters increase piroctone olamine activity, reducing required antimicrobial concentrations while maintaining preservative performance.

Bifidobacterium animalis subsp. lactis LM1017 regulates the NF-kB signaling pathway to inhibit inflammatory cytokine expression.

Alkaline and acidic emulsions condition damaged hair through cuticle opening and closing, eliminating long retention times.

A topical composition using arginine and niacinamide to enhance nitric oxide availability in skin.

A composition deposits iota carrageenan and enzymes on teeth to increase dental pellicle mass.

A surfactant-free water-in-silicone oil composition stabilizes the aqueous phase using pyrrolidone carboxylic acid emollients and oil-absorbing powders.

Alkaline cosmetic composition reshapes keratin fibers using particulate thickeners and heat, eliminating hair damage from strong reducing agents.

A topical composition merges barrier lipids with growth factors to support skin homeostasis.

A trialkylamine oxide surfactant dissolves in oil or aqueous phases to remove cosmetic components from skin.

Microencapsulated UV filters prevent phase separation and greasy residue, maintaining emulsion stability and sensory quality.

Hydrophobic silica aerogel particles mixed with linear silicone oils create a soft, mattifying cosmetic gel.

A specific combination of oxidation dye precursors including pyrimidine derivatives and m-diaminobenzene derivatives creates stable color shades on keratin fibers.

Segmented solid layers isolate calcium hypochlorite from surfactants, eliminating residue formation and malodor while accelerating bleach release.

A hair care foam composition uses high charge density cationic polymers to balance surfactant interactions and control final rinse friction.

Acetic acid catalyzed TEOS hydrolysis yields large-diameter silica particles that replace plastic microbeads to eliminate aquatic pollution.

3-amino pyrazolo-[1,5-a]-pyridine derivatives act as oxidation coloring bases to produce tenacious and chromatic hair color.

A dyeing composition combines bioheteropolysaccharides with cationic and amphoteric surfactants to enhance color intensity on keratin fibers.

Incorporating silver ions into polyurethane resin during synthesis creates stable antimicrobial surfaces.

Electron beam irradiation cross-links hyaluronic acid aqueous solutions to form nanoparticles, resolving solvent toxicity and particle size control issues.

A deodorant formulation uses zinc ricinoleate and essential oils to provide effective odor protection without endocrine disrupting chemicals.

Integrates aminopyrazolopyridine bases with indole couplers to resolve intensity and resistance trade-offs in keratin fibre dyeing.

Octylacrylamide Acrylates Butylaminoethyl Methacrylate Copolymer forms a protective film on hair.

A shear-thinning scalp care composition stabilizes particulate anti-dandruff actives within a volatile carrier matrix.

A water-based silver fluoride solution stabilized with nitric acid maintains ion concentration without ammonia.

A mixed lactic acid bacteria composition strengthens skin barriers and promotes regeneration through synergistic bacterial metabolites.

A water based liquid makeup cosmetic formulation containing tabular pigments and spherical powders.

Combining crosslinked amphiphilic polymers with hydrophobic acrylates creates a flexible film that retains high-humidity curl shape without flaking.

Optimized viscosity of 50-500 cP resolves the contradiction between sprayability and lubricity in personal lubricant compositions.

Extracellular enzymes from Bacillus licheniformis hydrolyze biofilm matrices to remove dental plaque without mechanical chewing.

Merges itaconic acid with benzoic acid salts at optimized weight ratios to resolve limited efficacy of single-agent antimicrobials.

A disposable hand cleaning wipe impregnated with a water-based composition containing C12-C15 alkyl ethoxylated alcohols and dibasic ester microemulsions.

Topical Réotier water raises transepidermal electrical resistance, limiting urban pollutant ingress into skin layers.

Porous bioglass-derived silica particles resolve the trade-off between UV protection and natural appearance while enhancing skin barrier function.