Cosmetic Preparations TRIZ Cases

Saccharomyces ferment eliminates reactive oxygen species, restoring oxidized antioxidants to maintain skin health.

Myristic acid and essential oil compounds disrupt biofilms to prevent oral pathologies.

Nonwoven web layers physically separate metal ion sources from reactive components, preventing insoluble compound formation during storage.

Blue-green algae extracts down-regulate UV-induced MMP-1 to balance collagen synthesis and degradation, resolving photoaging trade-offs.

A hydrophilic gelling agent binder enables water-based manufacturing of compact powder makeup while maintaining mechanical integrity.

Decaline derivatives provide woody and citrus notes for perfuming compositions.

Linolal modifies fruity and spicy notes in fragrance compositions, reducing testing time for novel scent creation.

A metal cosmetic can uses a profile edge to seal the container.

2'-Hydroxypropiophenone masks bitter and astringent off-tastes from active ingredients, simplifying formulations by replacing multiple sweeteners.

A dual-chamber cosmetic gel separates acidic preparations from polyacrylate bases to maintain viscosity and enable simultaneous withdrawal.

A hair treatment agent combines alpha-substituted aldehydes with amino-functional silicones to strengthen keratin fibers.

A topical composition combines atractylenolide compounds with hydroxamic acid derivatives to deliver synergistic antimicrobial activity.

Conjugating biotinoyl tripeptide-1 with nanosilver resolves poor absorption limits by using nanoparticles as delivery vehicles to boost efficacy.

A powder skincare booster delivers solubilized retinal and salicylic acid into liquid formulations.

Block copolymers and high viscosity esters form a cohesive film that maintains long-lasting shine while preventing feathering and migration.

A polyglycerol fatty acid ester dispersant stabilizes micronized powders in nonpolar oil agents.

A topical composition combining rosemary, okra, mulberry, and spirulina extracts to condition skin and improve tone evenness.

Genetically modified Pseudomonas putida produces a rhamnolipid mixture that resolves the contradiction between high di-rhamnolipid content and mild skin feel.

A cationic polymer mixture improves hair wet feel through coacervate formation.

Supercritical CO2 extracts polygodial from plant leaves to promote wound healing and reduce inflammation.

A stable alpha-gel composition uses specific higher aliphatic alcohol and polyoxyethylene sterol ether ratios to form a robust skin care structure.

Grafted polyhydroxyalkanoate copolymers resolve solubility issues in fatty media while maintaining film stability and oil resistance.

A hydrolysed rice and grapeseed extract composition protects cutaneous cells from atmospheric pollution.

Topical benzoyl peroxide cream maintains high concentration in upper skin layers while reducing irritation caused by conventional antibiotics.

A single process applies keratin-reducing compounds and oxidation dye precursors to deform and color fibers simultaneously.

Crosslinked cellulose ether with polyether groups eliminates stringy consistency while maintaining thickening effect and wetting ability.

Dual aluminium oxide sublayers on flaky cores balance transparency and wrinkle concealment, eliminating whitish appearance from diffuse light scattering.

Supercritical carbon dioxide extraction lowers lipid content in oat protein while maintaining particle size above 10 microns to prevent dust explosion hazards.

A watery lotion composition containing Bifidobacterium or Lactobacillus fermentation extracts combined with mineral water having at least 250 ppm of total dissolved solids.

Phenylethyl cinnamate suppresses excessive melanin production without cytotoxicity, resolving safety concerns in pigmentation treatments.

Bonded exine-constructs create larger storage volumes to accommodate bulky active substances while maintaining structural integrity.

A cosmetic composition combining acyl amino acid derivatives with anionic water-soluble polymers to stabilize viscosity across varying pH levels.

Adding sugars and polyethylene glycol enables effective hair bleaching at acidic pH, resolving the trade-off between power and mildness.

Crosslinked carboxylic acid polymer thickener controls ammonia release to reduce odor while maintaining lift and color uptake performance.

An artificial nail composition incorporates inorganic interference pigments to create vivid, natural color tones with a transparent sensation.

A lipophilic daylily extract combined with vegetable oil carriers creates a stable antioxidant composition.

Curved solid microparticles replace toxic surfactants to stabilize oil emulsions for weeks.

Water-soluble lipid disaccharides from coconut albumen restore epidermal sensory receptors.

Acidic thiol-based reducing agents relax keratin fibers, eliminating scalp discomfort and odors from traditional alkaline sulfur formulations.

Protease-treated Phaseolus radiatus extract boosts collagen biosynthesis to resolve insufficient anti-aging effects in conventional cosmetics.

Covalently binding reactive dyes to a polymer backbone resolves the trade-off between color durability and tactile sensory properties in cosmetic formulations.

Micronized calcium peroxide penetrates tooth pores, resolving packaging instability and toxicity trade-offs.

A cosmetic serum formulation uses a propylene glycol and dipropylene glycol blend to maintain high concentrations of Silybum marianum extract.

PEG-2 dimeadowfoam-amidoethylmonium methosulfate creates a hydrophobic barrier that reduces frizziness in high humidity environments.

Reducing oxygen content suppresses particle aggregation, resolving the contradiction between slipperiness and spreadability.

A topical composition with Moringa oleifera extract and oligopeptides stimulates collagen synthesis in skin cells.

A substantially anhydrous oral care composition uses a cross-linked polyvinylpyrrolidone complex to deliver hydrogen peroxide for effective tooth whitening.

A remineralizing dental cement combines adhesive resin monomers with calcium and phosphate ion sources to bond orthodontic brackets.