Cosmetic Preparations TRIZ Cases

A norbornan ketone boosts floral and natural odor notes while improving solubility, stability, biodegradability, and low-dosage safety.

Endogenous peptide sequences regulate melanocyte proliferation and melanin production while avoiding dermatitis linked to common pigment treatments.

A mastic extract blend uses synergistic natural antimicrobials to preserve products at lower concentrations with stable, odorless broad-spectrum control.

Plant peptides from pea and rice proteins boost GLUT4 translocation to improve skeletal muscle glucose uptake without direct insulin receptor targeting.

Water-rich cyclodextrin extraction forms inclusion complexes that keep acid cannabinoids soluble, stable, and easier to administer.

A lamellar cosmetic composition improves thiopyridinone delivery for hyperpigmentation while maintaining hydration and reducing irritation.

A citral-like ketone preserves citrus aroma while avoiding isomerization and deterioration odor in flavor compositions and consumer products.

Separating thickener and peroxide while adding precipitated phosphate improves paste release, shape retention, cleaning, and whitening.

Sulfur-containing ions in a sol-gel emulsion build denser silica shells, cutting leakage and raising organic compound encapsulation rates.

A polyglycerol-fatty acid-dicarboxylic ester reduces ocular irritability while improving separation stability in oily cleansing formulations.

A ROS-saline topical formulation improves skin elasticity, reduces fat nodularity, and boosts lipolysis to lessen cellulite appearance.

Bamboo, arrowroot, and natural starch combine to control body odor and absorb wetness while keeping the deodorant stable and aluminum-free.

Exogenous mitochondria enter skin cells, replace damaged mitochondria, reduce oxidative stress, and boost collagen synthesis to reduce wrinkles.

Defined ginsenoside groups improve hair-growth consistency at low dosage by balancing keratinocyte growth, 5α-reductase inhibition, and cytotoxicity.

Keeping pH at 4.5-6.5 helps water-based thiopyridinone compositions resist heat-driven degradation and preserve depigmenting activity.

Combining urolithins with ceramides, zinc, astaxanthin, and carotenoids boosts mitochondrial function while improving skin hydration and inflammation.

A biodegradable cationic glucan ether stabilizes sulfate-free hair cleansers while improving deposition, conditioning, and frizz control.

A dual-anionic surfactant blend enables sulfate-free anti-dandruff cleansing with creamy foam, good viscosity, detangling, and hydration.

Crosslinked redox-modified chitosan shells improve particle integrity in harsh matrices while enabling biodegradable, controlled release.

An acidic surfactant system uses alpha-olefin sulfonate to keep piroctone olamine stable while removing sebum and sustaining antidandruff action.

Solid anhydrous hand soap tablets and granules remove water from the formulation to cut plastic packaging waste while preserving stability.

A mixed non-sulfate surfactant and fatty acid system restores rich foam, viscosity, and active deposition while avoiding hair and scalp irritation.

Pre-measured toothpaste units use surface coating to prevent sticking, improve handling, and reduce tube waste and overuse.

Extracted Boryeong mud minerals improve skin moisture and elasticity while simplifying use of active components in cosmetic formulations.

Amino silicone binds pigments into a uniform film on keratin fibers, improving wash-fast color while avoiding greasy, heavy hair feel.

An organosilicon film and sealing reagent lock effect pigments onto hair to improve wash fastness without oxidative dye odor or damage.

Controlling oral care composition pH to 6.0-8.0 limits methyl salicylate hydrolysis with amino acids and preserves Wintergreen flavor.

High-HLB surfactants keep concentrated azo dyes soluble and stable in water, enabling predictable hair color and angle-dependent hues.

A Hibiscus and damaged Moringaceae extract blend boosts skin-cell collagen synthesis to improve elasticity and reduce lines and wrinkles.

A multi-active skin composition reduces hyaluronidase activity while boosting hyaluronic acid, fibronectin, and laminin to improve wrinkles and resilience.

Surfactant-coated polyphenolic particles make polyphenols lipophilic, improving oil-based sunscreen stability, UV protection, and water resistance.

Using 1233zd(E) as a foam-forming component slows post-foam expansion, improves spreadability and penetration, and adds cooling without sensates.

pH-triggered peptides stay monomeric during use, then assemble in caries lesions to remineralize multiple teeth without professional application.

A nested photosome-liposome peptide composition reduces melanin synthesis and transfer while enhancing melanosome autophagy.

Volatile silicone in the oil phase stabilizes retinoids, reduces oxidation-driven sensitization, and preserves distinct aqueous and oil phases.

A lamellar oil-in-water keratin composition uses silicone surfactants and fatty-acid structuring to prevent foaming and phase separation above 45°C.

Controlled cavities in a solid hair care composition preserve shelf life while enabling water uptake, better sensory feel, and less waste.

Using urolithin A and B improves osteoclast inhibition with better intestinal absorbability and scalable sourcing for bone resorption control.

Ductile biopolymer core-shell particles replace all-or-nothing rupture with gradual release while surviving physical agitation.

Covalent peptide-ionic liquid conjugates target multidrug-resistant skin pathogens while supporting collagen synthesis for wound healing.

A topical blend of chamomile, grape seed, hydrolyzed sodium hyaluronate, and NMF boosts skin hydration and ATP while reducing glycation.

Food-grade microcapsules use CaCO3 or ZnO to deliver TiO2-like whiteness and opacity without the health and regulatory concerns.

A multi-extract skin composition exfoliates and renews skin while reducing irritation and supporting firmness, radiance, and smoothness.

A lamellar gel network disperses emollients into small droplets, enabling fast-absorbing body lotion with less greasy residue and salt tolerance.

A phenylethyl ester speeds conversion of a UV absorber precursor to avobenzone, improving early UVA action and photostability in sunscreen formulations.

Buffered okra mucilage forms a protective layer on mucosal and external tissues to improve lubrication, hydration, inflammation relief, and pain control.

Powder particles sized at 1.0 μm or more help a wax-thickened water-in-oil solid cosmetic spread smoothly while keeping a fresh matte finish.

A lipid-rich ointment uses sphingolipids, oils, and petrolatum to protect dry eyelid skin while reducing irritation, itching, and stinging.

A stable foam disperses conditioning agents evenly on dry hair, delivering lasting care without heaviness, oiliness, rinsing, or long drying time.

Selected UV filters protect Lactobacillus and S. epidermidis during UV exposure, helping maintain a balanced skin microbiome.