Cosmetic Preparations TRIZ Cases

A multi-capsule structure encases cosmetic colorants within a protective titanium dioxide and mica layer to preserve active ingredient efficacy.

Phosphoric acid and TEOS surface treatments improve humidity resistance in metal effect pigments without affecting chroma or luster.

A fatty acid ester surfactant prevents powder agglomeration in high-content cosmetic emulsions.

Hydroxypropyl methylcellulose with elevated gelation temperature provides volumizing effects in hair care compositions.

Candida yeast extract activates autophagy while Arabidopsis thaliana extract repairs DNA, removing debris that accelerates skin aging.

Incorporating glycoside residues into organopolysiloxane gels resolves poor water compatibility and toxic crosslinker issues.

Phosphate/acrylate co-polymer forms a physical barrier on tooth surfaces to inhibit bacterial attachment and biofilm formation.

Nonionic emulsifiers stabilize pigment particles while amino-functionalized silicones fix them on hair, eliminating ammonia damage.

Segmented microwave zones on a moving conveyor maintain consistent yield while eliminating solvent use and preserving natural scent profiles.

A peroxide oxidizing composition uses pH-dependent dyes to create a chromatic antagonist that neutralizes unwanted reflections during hair bleaching.

Conjugated carboxylic acid groups in synthetic ceramides boost free radical scavenging rates by 15 to 75 percent while improving solubility for cosmetic use.

Combines citrulline with capsaicin to relax vascular smooth muscle, expanding blood vessels without the irritant pain of high-dose capsaicin.

A chimeric polypeptide fuses botulinum toxin with zinc finger motifs to enable transdermal penetration.

A water-in-silicone oil macroemulsion composition uses specific glycols and salts to maintain dispersion integrity.

A hydrophobic dental care system adheres to wet gums using a surfactant-stabilized oil phase.

Adjusting sodium bicarbonate ratios delays tablet sinking, maintaining high carbon dioxide concentration for skin whitening.

Segmented brush copolymer micelles change morphology via stimuli to overcome programmability limits in non-informational nanoparticles.

A composition of amylglucosidase, glucose oxidase, lactoperoxidase, and carrageenan deposits on tooth surfaces to build salivary pellicle mass.

Hydrolyzed proteins replace traditional oils to restore hair softness without leaving a greasy residue.

A sequential hair treatment applies an acidic straightening composition followed immediately by an alkaline bleaching agent to modify keratin structure.

A cosmetic spray formulation creates a protective film to set makeup against environmental wear while hydrating skin with peptides and hyaluronic acid.

Asymmetric hemispherical polymethylmethacrylate beads boost adhesive strength and oil absorption in cosmetics by increasing substrate contact area.

Modified sorbitan siloxane solubilizes hydrophobic agents in aqueous wipes, preventing separation and reducing skin irritation.

Replacing polyvinyl alcohol with a cellulose substrate eliminates environmental pollution and fabric residue while maintaining effective cleaning performance.

Placing filler between bone and periosteum extends persistence, reducing injection frequency compared to rapid absorption in subdermal layers.

Organophosphonic acids modify alkaline earth metal carbonate surfaces via dry blending to form stable chelate complexes.

Scalable atrorosin pigment production uses membrane filtration and acid precipitation to yield high-purity red colorants for food applications.

A hydrophilic polymer particle manufacturing method regulates radical formation through controlled oxygen supply and heating.

Isoliquiritigenin stimulates skin cell synthesis to replenish hyaluronic acid levels, bypassing oral degradation and poor topical absorption barriers.

CNGA2 agonists activate olfactory ion channels to amplify scent signals, lowering detection thresholds and reducing fragrance costs.

A facial mask composition combining Dendrobium candidum extract with sodium hyaluronate to deliver sustained skin hydration.

A cosmetic composition combining antioxidants, fatty acid esters, and microbial lysates to maintain scalp health.

Replacing solid fats with this biosourced complex eliminates trans-fat health risks while maintaining desired visco-elastic properties.

A foam dye composition uses a polycondensate of ethylene oxide and propylene oxide to stabilize the mixture for uniform application.

Divalent salts interact with nonionic emulsifiers to maintain viscosity while preventing skin irritation from anionic surfactants.

A cleavable bond in functionalized silicones resolves the contradiction between maintaining fabric softness and restoring hydrophilicity after use.

Alkanoyl glycinate and fatty acyl isethionate surfactants deliver super mild cleansing through synergistic interaction.

A cleaning composition combining soapberry extracts, saponified oils, and sodium carbonate for effective surface cleansing.

Solid fatty alcohols in the dye mixture improve color uniformity while preventing runoff during application.

Thermal sterilization of Lactobacillus plantarum GMNL-6 yields a topical composition that stimulates collagen and ceramide synthesis to improve skin texture.

Alpha-cyclodextrin replaces xanthan gum to stabilize sprayable sunscreen emulsions, resolving viscosity and stability trade-offs.

Encapsulating optical brighteners in biodegradable polymer matrices prevents cytotoxicity and formulation instability while delivering sustained UV protection.

Replacing allergenic acrylates with a capryloyl glycerine/sebacic acid copolymer eliminates allergic reactions while maintaining strong adhesion and stability.

Dialysis purifies solubilized keratin at controlled pH, enabling salt-induced self-assembly into filament networks without complex multi-step purification.

Pre-structuring oil phases into organogel networks resolves thermodynamic instability in cosmetic emulsions.

Myricitrin reduces senescent cell counts while maintaining non-senescent cell safety, addressing synthetic agent side effects.

Amino acid derived cationic surfactants and plant derived alkanes create distinct phase layers in a water based cleansing composition.