Cosmetic Preparations TRIZ Cases

See how embedding natural plant granules in konjac sponge combines exfoliation, cleaning, and m

See how coform nonwoven materials with cotton fibers and organic acid buffering systems enable

See how permeable-wall microcapsules with dual-solvent cores enable encapsulation of water-solu

See how a three-container reductive decoloring system uses unsaturated acid post-treatment to p

See how fatty acid glucamides enable oil-based cleansing foams to work in both upright and inve

See how split polyamide-polyester microfibers with capillary structure prevent tearing and agen

See how novel TRPM8 modulators resolve the short-duration and irritation problems of menthol an

See how a hydrophobic support layer and hydrophilic reservoir layer with phase-change gel ensur

See how polyether-amino segments on a polysiloxane backbone deliver both textile softness and w

See how segmenting polysiloxane with quaternary ammonium groups and terminal ester groups reduc

See how a disposable heating packette with printed heating elements and USB or battery power en

See how a melanin derivative selectively absorbs HEV light (400-500 nm) while remaining transpa

See how a lecithin-plasticizer-surfactant blend solubilizes polar soy polyols in non-polar foam

See how printed polymeric protuberances and friction-differentiated layers enable distinct scru

See how multi-ply cellulose tissue achieves 8 g/g absorbent capacity without synthetic fibers,

See how polysaccharides in sunscreen formulations reduce stubborn textile stains from non-water

See how a crosslinkable polysaccharide graft copolymer enables reversible styling in hair and f

See how a foam substrate with integrated cleansing composition conforms to skin surfaces, reduc

See how rupturable blister packs integrated onto glove surfaces enable direct, controlled dispe

See how crosslinked aminosiloxanes react with epoxy components to achieve stable textile hydrop

See how a glycerin and 1,3-propanediol blend in controlled ratios achieves moist and smooth tis

See how aqueous silk fibroin protein coating on textiles improves breathability, moisture manag

See how organosilicones with amine, polyol, and amino-polyol groups reduce creaming and discolo

See how a stabilizer prevents self-polymerization of reactive malodor counteractants, enabling

See how malodor-neutralizing ingredients chemically eliminate odor molecules without masking, p

See how a melanin derivative absorbs HEV light (400-500 nm) while maintaining light color, redu

See how fast wetting surfactants in aqueous polymer melts improve water removal during spinning

See how alginates and carboxymethyl cellulose in sunscreen formulations reduce UV filter staini

See how a condensation-curable amino-silicone film deposits pigment on hair surfaces, deliverin

See how zinc oxide particles incorporated into cellulose fibers with acidic liquid impregnation

See how cyclodextrin bonding at controlled temperatures retains moisturizer on fabric through w

See how cryogenic freezing forms solid emulsion beads that maintain shape at room temperature a

See how organosilicones with amino, carboxyl, hydroxyl, or sulfur groups enhance emulsification

See how cyclic acetal and ketal compounds with dioxolane units replicate ambergris odor while i

See how low molecular weight TRPM8 modulators use parameter changes to improve potency and dura

See how microencapsulated flavorings and additives adhered to substrates enable single-serving

See how organic acid preservatives and chelating agents enable 98-99.5% water content in wet wi

See how a pH-buffered organic acid system enables 98-99.5% water content in cotton wet wipes wh

See how poly alpha-1,3-glucan ether resists cellulase degradation in detergent formulations, en

See how a curvilinear line of weakness balances tensile strength and tear reliability to enable

See how alpha-substituted aldehydes form keratin crosslinks to reduce dye leaching by up to 90%

See how a slidable drawer with pull-out distance limiting and integrated water container preven

See how aminofunctional silicone block copolymers use localized amino groups to maintain hair a

See how dual-shell polyurea capsules eliminate formaldehyde while enabling surfactant-stable, l

See how a viscoelastic ringing gel uses non-ionic surfactants and shear-thinning behavior to su

See how zigzag folding and edge positioning enable users to grasp and unfold wet facemasks dire

Selected thraustochytrid strains raise DHA productivity while keeping EPA and omega-6 fatty acids within a controlled LC-PUFA profile.

A hollow mesoporous silica rod uses an internal cavity and surface mesopores to carry more active substance and reach the epidermal layer.

Granulating clay-based antimicrobial particles with insoluble binder and coating prevents segregation in toothpaste while preserving efficacy and appearance.

A silicone-polar diblock copolymer stabilizes high-water water-in-oil emulsions without thickeners, avoiding phase separation and sticky texture.

Isolated from fermented milk, Lactobacillus rhamnosus X253 combines acid tolerance, oral pathogen inhibition, and viable count stability.

Combining two oxidation couplers with N,N-dicarboxymethylglutamic acid improves white hair coverage, color intensity, and wash resistance.

An emulsion with phase-matched UV blockers and thickeners improves stability while delivering broad UV and blue light blocking with water resistance.

Sub-millimeter drop-carrier particles create uniform assay droplets without complex microfluidics, enabling easier single-cell and single-molecule workflows.

Addition polymerization of glycidol with fatty acid raises monoester purity and cuts by-products, improving surfactant surface tension reduction.

Topical sucrose esters reduce skin bilirubin without light therapy, helping improve sallow tone across larger treatment areas.

Controlled co-precipitation at pH 9-11 forms hydrangea-shaped layered double hydroxide with 200 m²/g+ surface area for stable cosmetic delivery.

A fatty guar gum oxidation dye composition improves color intensity, uniformity, and persistence, especially on grey hair.

A surfactant- and silicone-free alkane ester composition keeps skin care actives transparent and stable at low temperatures without phase separation.

In situ reduction of Cu(II) to Cu(I) with ascorbic acid and acetonitrile improves antimicrobial stability for wounds, burns, and implants.

A high-temperature water-dissolvable graft polymer slows sensate release for months while avoiding polymer degradation during manufacturing.

A prebiotic Epilobium fleischeri extract boosts beneficial skin bacteria while suppressing harmful strains without disrupting microbiome balance.

Specific peptide sequences bind to the cuticle, cortex, and CMC to repair damaged hair and restore strength after chemical treatment.

A plastic-free chewable gum with dried apple peel cleans teeth and gums without water by stimulating saliva and removing plaque.

A composite silica shell with specific organic core additives reduces leakage, preserves functional oils, and keeps particle size stable over time.

An ACP core with a β-TCP shell improves phase stability and free calcium ion release for oral remineralization across a wide pH range.

Guanidine destabilizes oral biofilms so CPC and zinc work at lower levels, improving antimicrobial action without astringent taste or stability issues.

A sultaine-taurate surfactant system with a non-ionic solubilizer keeps vegetable-oil cleansers foaming, clear, and non-greasy.

Specific QTAV tetrapeptides with terminal modifications boost collagen, fibrillin, and fibronectin production to support skin repair.

A plant oil and vitamin B composition lowers pollution-induced ROS in skin while balancing antioxidant efficacy with irritation risk.

A titanium-containing silicone resin stabilizes a water-oil cosmetic emulsion without surfactants, avoiding sliminess and tackiness.

A plant-based topical composition boosts UCP-1, lipolysis, and dermal matrix synthesis to reduce sagging skin without invasive treatment.

A water-insoluble papaya sap fraction preserves lipase activity without complex purification, enabling activated fats and waxes for cosmetics.

A stable emulsion confines paclitaxel to hair follicles to inhibit growth while avoiding dermal penetration, irritation, and allergy.

A precipitation agent displaces water of solvation to isolate microvesicles at useful yield while preserving structural and functional integrity.

A Phaeodactylum tricornutum coproduct hydrolysate exfoliates gently, boosts cell renewal, and smooths skin microrelief without irritation.

Reducing bacteriophage exposure in gut microbiota, food, and water helps limit intestinal permeability and chronic inflammation.

Placing oil-absorbing silicone powder in the aqueous phase helps water-in-oil cosmetics resist sebum smudging without losing spreadability.

High-shear loaded vegetable oleosomes carry sn2 C16 triglycerides to improve oxidative and gastric phase stability in lipid delivery.

A low-molecular-weight polyether with a tuned IOB range balances moisturization, spreadability, and a non-sticky skin feel.

Thiol and disulfide sunscreen additives use UV-triggered chemistry to support nitric oxide and vitamin D production while protecting skin.

A polyhydric alcohol carrier and film-forming polymer keep zinc on skin longer, resist sweat duct pressure, and reduce visible residue.

An aqueous two-phase plasma process concentrates regenerative factors from blood, combining separation and purification for high-yield RRP.

Amino acids help stannous ions penetrate biofilm, kill bacteria, and improve gum health without zinc-related stability or mouthfeel issues.

An alcohol-based transparent sunscreen spray uses phenylbenzimidazolesulfonate to deliver high UVA protection without octocrylene, polymers, or sticky film.

A 164.88-degree recombinant type III collagen supports vascular endothelial repair by reducing ROS, protecting microtubules, and lowering blood pressure.

Using inulin as a prebiotic in oral care shifts the oral microbiome toward beneficial bacteria to mitigate chronic malodor.

A non-odorous modulator slows evaporation of high-volatility notes, keeping fragrance intensity and character perceptible for longer.

A crystalline C12/C14 monoglyceride matrix keeps curcumin, harmine, and isovanillin stable in storage, then melts on skin to improve release.

A daily cleansing bar combines PPAR activators with starch to improve glow, even tone, and clarity without extra skincare steps.

Specific lipase substitutions improve detergent stability against storage, proteases, surfactants, oxidation, and heat while preserving stain removal.

Propyl gallate stabilizes submicron vitamin powders against oxidation, UV, and metal-triggered degradation without ethoxyquin safety concerns.

Two-stage enzymatic extraction of mangosteen shell raises active ingredient content while preserving heat-sensitive compounds for bone health.

Combining specific oxidation dye precursors with an amphoteric surfactant and solid fatty substance improves hair color intensity, uniformity, and persistence.

Using 1-norbornan-2-ylpropan-2-one improves fragrance stability and solubility, lowers dosage, and suppresses unpleasant odor notes.

Michael addition profragrances use a 3,6-dioxa-1,8-octane-dithiol linker to boost fragrance release while minimizing unpleasant thiol odor.

Separate peroxide and vitamin K/D hydroxyapatite gels whiten teeth while limiting enamel damage, sensitivity, and peroxide aggression.

Lactic acid bacteria fermentation raises luteolin in carrot leaf extract, improving anti-inflammatory and lipid-suppressing cosmetic effects.

Heating and cooling a water-rich bagworm silk dispersion forms a stable, moldable hydrogel beyond fiber-only applications.

Existing Cordyceps products may leave active compounds unreleased; HX-236 fermentation increases access to cordycepin and cordycepic acid for skin aging.

Anionic ether sulfate and amphoteric surfactants cleanse hair while cationic guar and polypropylene alkyl ether support clear, manageable conditioning.

PEG 600, propylene glycol, and acid stabilize zinc toothpaste rheology while preserving yield stress and antibacterial performance.

Synthetic shade data balances brown-heavy training sets, improving recipe prediction for lighter and fashion hair colors.

Full-length growth factors can destabilize topical formulations; shorter peptides preserve bioactivity while supporting collagen and hyaluronic acid production.

Low-dose nisin maintains oral pH above the enamel demineralization threshold without broad antibacterial disruption.

Alternative surfactants and controlled abrasive ratios create fine, active-rich foam for gentle sonic-toothbrush cleaning.

Protease disruption releases intracellular trehalose from yeast, avoiding hazardous solvents and acids while enabling an extract with at least 15% trehalose.

Existing purification can leave by-products that create odor, color, and rising acidity; staged treatment yields stable, high-purity 1,3-butylene glycol.