Cosmetic Preparations TRIZ Cases

Diospyros mespiliformis extract strengthens the skin barrier to prevent pollution-induced dehydration and inflammation.

A mouthwash formulation combines chlorhexidine with hyaluronic acid and ascorbic acid to maintain antibacterial efficacy.

Regentide-034 peptide promotes collagen synthesis and skin elasticity to address aging skin and wound healing limitations.

Injecting zinc pyrithione into an emulsion prevents particle agglomeration and equipment sticking.

Apply two hair color compositions with varying oxidative dye concentrations to different hair sections.

Artemisia annua extract fractionation isolates medium-polar compounds using hydrophilic solvents to remove low-polar irritants.

Cycloalkyl-linked succinimide agents restore broken disulfide bridges in chemically treated hair, improving strength and texture.

A topical emulsion of glycerol, petroleum jelly, and liquid paraffin restores skin barrier function through synergistic hydration and protective film formation.

Targeting prostaglandin D2 pathways treats multiple conditions by addressing underlying mechanisms while managing signaling complexity.

Soluble zinc-arginine complexes deliver zinc ions to enamel while avoiding the astringent mouthfeel and foaming interference caused by simple zinc salts.

Voided latex particles combine with copolymers to boost SPF while preventing the white appearance caused by oxide agglomeration.

A nail composition combines high and low molecular weight latex to achieve strong adhesion and easy removal.

Combining betaine with sodium lauryl sulphate prevents phase separation in high bicarbonate dentifrices while maintaining foam volume.

A petrolatum protective composition creates a physical barrier on skin to reduce thioglycolic acid penetration during depilatory treatment.

C16-ETTES lipopeptides stimulate collagen production while inhibiting cell migration, preventing scar tissue formation in corneal and skin repair.

Gum blends and synergistic surfactants prevent phase separation in silicone oil and clay emulsions, ensuring stable enzyme binding and sprayability.

Esterified polyglyceryl alkyl glycoside polymers stabilize concentrated emulsions without ethylene oxide residues or thickener interactions.

Silane coupling agents adhere treated titanium dioxide to iron oxide pigments, resolving weak covering ability and slow color change in cosmetic formulations.

A lipophilic phosphate ester phase reacts with multivalent ions to form a solid shell wall around droplets.

Arginine-based mouthwash uses methylisothiazolinone, benzyl alcohol, or phenoxyethanol to stabilize basic pH formulations against microbial contamination.

A fragrance composition reduces hexanal odor intensity using specific chemical compounds and essential oils.

Natural extract composition suppresses Filobasidium sp. levels in hair care formulations.

Optimizing pH and molar ratios prevents precipitation in aqueous N-long-chain acyl acidic amino acid solutions, eliminating recovery processes.

Hydrophobic polymers in the formulation shield skin from pollutants without leaving residues that interfere with industrial painting processes.

An aqueous oxidative hair dye composition uses a cationic surfactant and heteropolysaccharide gum to stabilize the emulsion.

Scleroglucan gum stabilizes hair dye viscosity while amino acids regulate pH, resolving phase separation and odor issues in oxidation formulations.

Hydrophobically modified polymers thicken amino acid surfactant compositions without compromising the high foam volume required for mild cleansing products.

Alkoxycrylene compounds quench singlet energy in retinoids, preventing photodegradation and boosting stability three-fold.

Shaking a sealed container creates uniform foam from separated reagents, eliminating uneven mixing issues in traditional liquid dye kits.

Alkoxylated esteramines improve grease cleaning performance in cold water while maintaining fabric whiteness and formulation compatibility.

Plant protein microcapsules form stable shells using aliphatic polyisocyanates to encapsulate hydrophobic active ingredients.

A transparent liquid composition uses specific surfactant ratios to solubilize high perfume concentrations in water without ethyl alcohol.

Cationic polymers form coacervate particles to deposit particulate scalp health agents, increasing on-scalp deposition efficiency by 50% compared to controls.

Purified Luo Han Guo extract blends with Rebaudioside components to create sweetening compositions.

Centrifugation separates Lactobacillus cells from growth media, enabling lactic acid addition to lower pH for stable bacterial ferments.

Aliphatic polyurea microcapsules encapsulate fragrances using interfacial polycondensation to create stable consumer product ingredients.

A skin care composition applies CLOCK or PER1 gene activators to enhance cellular repair mechanisms.

A sulfate-free surfactant system combines methyl oleoyl taurate, isethionate, and alkoxylated sulfosuccinate to deliver effective cleansing.

Replacing toxic hydro-alcoholic solvents with green polyols preserves mitochondrial function while eliminating environmental harm.

Cold atmospheric plasma inhibits Malassezia yeasts via reactive species, replacing biocidal shampoos that cause rapid dandruff recurrence.

A calcium phosphate composite oxide with cerium doping provides blue fluorescence for cosmetic applications.

A cross-linked protein matrix combines full-length proteins with polysaccharides to form a stable biomaterial suitable for needle injection.

Controlling fruit ripeness to 70% minimizes polyphenol content while maximizing organic acids, resolving quality consistency issues in cosmetic formulations.

A two-step cosmetic system uses a reactive silicone amine top coat to deliver a glossy finish.

Lipase catalyzes N-acylation of lysosphingolipids using glycerol esters, eliminating toxic halides and salt loads.

Polymerizing ethylenic monomers creates a matrix that traps color molecules, preventing diffusion and fading during washing.

A 1-hexylpyrazole and m-aminophenol oxidative dye composition delivers intense coloration for keratin fibers.

Rigid 2-oxabicyclo[2.2.2]octane cores with varied alkyl substituents reduce leakage while extending scent longevity.