Cosmetic Preparations TRIZ Cases

Alternating cationic silane and anionic polymer layers form a protective coating that inhibits color fading and maintains initial tone.

Sphinganine replaces complex ceramides to repair the lipid barrier, reducing sebum production and inflammation.

Synthetic acetate combinations replicate natural scent qualities while lowering production costs and ensuring consistent aroma stability.

A plant proteoglycan derived from Acacia gum arabic undergoes ion exchange resin treatment to achieve controlled molecular weight and low aldehyde content.

Hydrophobic agents protect against moisture interference while low concentration peroxide achieves rapid whitening, reducing total appointment time.

Evening primrose extract strengthens the skin barrier by inducing cornified envelope markers, solving transient hydration limits.

A sunscreen composition uses a non-ionic surfactant to enhance UV protection efficacy.

Zinc salicylate and iodo-salicylic acid complexes in topical preparations prevent antibiotic resistance while accelerating wound healing.

A composition combining Osmanthus fragrans, Punica granatum, and Olea europaea extracts inhibits advanced glycation end products through synergistic antioxidant activity.

Engineered Lactococcus lactis eliminates antibiotic resistance genes while expressing oxyntomodulin for safe, oral weight loss therapy.

A natural oil-based petrolatum composition uses esterified triglycerides to achieve consistent rheology across application temperatures.

Cyclodextrin inclusion complexes enable stable perfume delivery in compacted products, maintaining consistent odour intensity while preventing phase separation.

Solid particles adsorb at the oil-water interface to maintain stability during sterilization and prevent oxidation of edible oils.

Sulforaphane crosses the dense prostate lipid envelope to deliver antibacterial and anti-inflammatory effects directly within the gland.

Segmentation and intermediary principles enable peptide carriers to deliver macromolecules through skin while reducing immune response.

Cationic polymeric hair dyes deposit color via electrostatic attraction to hair fibers without oxidizing agents.

A cosmetic composition combining cationic surfactants with sorbitan esters and liquid fatty substances to treat keratin materials.

A gel polish thinner composition reduces viscosity through monomer dilution.

Alkyl glycoside modified polysiloxanes reduce stickiness and enhance smoothness in pure oil-based personal care products.

Replacing harmful fillers, this composition uses a porous mineral shell to scavenge oil and prevent cosmetic migration.

A mild cleansing composition nearly saturated with active ingredients cleans skin using surfactant emulsification and dissolution mechanisms.

A surfactant system combines fatty acid glutamate salt and alkyl glucoside to generate stable foam.

Amino-functionalized silicone polymers deposit pigments onto hair fibers, eliminating ammonia damage and odor from oxidative dyes.

A water-in-oil aerosol spray maintains phase homogeneity using specific polyglyceryl emulsifiers and volatile oils.

Modifying molecular structures of diethyl-methyl-hexahydro-isobenzofuran creates unique fragrance notes while reducing R&D time for new perfumes.

Enzymatic hydrolysis of cotton fibers yields oligosaccharides that reinforce the skin barrier against external aggressions.

Adding L-valine to water-based roll-on antiperspirants reduces skin irritation while maintaining efficacy.

A hair dye composition uses a specific oxidation base and couplers combined with fatty substances to deliver intense color.

Basic aluminium chloride formulation lowers Combined Sustainability Index below 3.0 by minimizing metal and VOC usage without causing valve blockage.

Polymeric films with surfactants stabilize zinc oxide, reducing astringency and adverse reactions while maintaining therapeutic delivery.

Hard chew matrix combines nanosilver and curcumin to actively kill oral bacteria during chewing.

Photolabile microcapsules generate internal gas pressure to rupture shells, solving diffusion leakage and ensuring prolonged olfactive stability.

Covalently modified Bacillus coagulans spores enhance adhesion and germination in probiotic formulations.

Enriched grape cell composition inhibits IL-1α and IL-6 inflammation while modulating Beta Defensin 2 to reduce UVB-induced skin aging.

A mixture of oleanic acid and eugenol acts as the sole antibacterial agent in oral care compositions.

A non-woven cellulose wipe impregnated with a neutral pH decontamination solution extracts radionuclides from surfaces.

A personal care composition uses low substituted hydroxypropyl cellulose particles for effective skin cleansing.

Segmented herbal tablet formulation standardizes complex traditional preparation processes to address acne root causes while minimizing side effects.

Segmenting aerosol filling stages prevents slurry agglomeration, maintaining powder potency while reducing capital costs.

Composite fatty acid formulation reduces toxicity while enhancing SRD5A inhibition efficacy for alopecia therapy.

A specific water composition with defined pH and mineral content modulates gene expression in skin cells to inhibit melanogenesis.

A foamable skin composition maintains acidic pH while forming stable foam through a composite surfactant system.

A single-piece porous fiber matrix uses varying density and diameter regions to create a capillary gradient for fluid delivery.

A fluorine-containing silicone polymer with a three-dimensional cross-linked structure absorbs low viscosity silicone oils to form a homogeneous pasty composition.

A sprayable gel composition uses polysaccharides and magnesium cations to form a stable network.

Applying a follicular fungi reduction agent lowers Malassezia populations to prevent oxidative damage that causes dull, frizzy hair.

A stable preservative solution combines carboxylic acid salts with alkanediols to deliver broad-spectrum antimicrobial activity in cosmetic formulations.

Atomizing liquid precursors via a pulse-heat aerosol method produces thermolabile nanoparticles with controlled size and morphology, avoiding thermal stress.

Replacing potassium sorbate with sucrose, 1,3-propanediol, and cocoyl betaine prevents yellowing and maintains aesthetic integrity at elevated temperatures.