Cosmetic Preparations TRIZ Cases

Incorporating specific fatty alcohols into personal care compositions to selectively inhibit detrimental bacteria and promote beneficial strains.

Formula I compound boosts viscosity to 10,000 mPa·s while suppressing stickiness and syneresis in skin emulsions.

Regenerated cellulose membrane with high molecular weight provides stable adhesion to living skin surfaces without adhesives.

Controlled oxidation of cellulose C6 alcohols creates a structured gel that suspends particles while reducing skin-irritating surfactants.

Replacing unstable plant extracts with Lys-Thr dipeptides ensures consistent anti-aging results without formulation degradation.

Segmenting oleosome populations into multiple size fractions resolves the trade-off between high triglyceride content and processing stability.

Silicates and carbonates replace persulfates in hair lightening systems to eliminate yellow discoloration while preserving fiber integrity.

Aqueous oxidizing composition replaces ammonia with organic amine salts to maintain effective hair bleaching performance.

Algae-derived ingredients enable bio-based consumer products with high Bio-Based Balance while reducing reliance on synthetic organic chemistry.

Unit-dose oral care compositions enable precise dosing of specific flavors and benefit agents through individual packaging.

A perfume composition uses a Sandman Classifier value to combine ingredients for sleep promotion.

Polyampholyte templates enable precise particle size control through comonomer variation, improving stability for anti-reflective coatings.

Template-based synthesis creates hollow silica particles with uniform size and low permeability, resolving coverage gaps in cosmetic formulations.

A personal care formulation combining niacinamide, Edelweiss extract, and soy-derived glycopeptides to deliver hydration and soothing benefits.

Asteriscus graveolens polar extract modulates gene expression to shield epithelial cells from environmental pollutant damage.

Polar oils modify viscosity differences between gelled phases, resolving macroscopic heterogeneity while maintaining pigment coverage.

Porous hydrophobic silica aerogels encapsulate lipophilic organic UV screening agents, resolving the contradiction between high efficacy and skin tackiness.

Autoclave curing of fibrous vegetable matter creates a durable, bark-textured hemp treat that resists immediate breakdown during chewing.

Bamboo and beetroot extracts with olive-derived esters eliminate pore-clogging silicone risks while maintaining skin hydration.

Cyclic acetal compounds impart unexpected fruity notes to fragrance formulations through systematic alkyl substituent variation.

Anhydrous solid cosmetic composition using magnesium salts and starch reduces skin irritation while maintaining efficacy for at least 24 hours.

Culturing thraustochytrids yields high-protein biomass for sustainable food applications.

A sultaine surfactant system combined with a fatty acid endcapped polyether thickener creates a stable cosmetic cleansing formulation.

Metathesis-derived sulfonates utilize trans-isomer precursors to resolve cis-isomer performance limits in traditional fatty acid surfactants.

Calcium silicate particles mediate benefit agent deposition to prevent rinsing off during hygiene routines, forming a shear-resistant calcium phosphate layer.

A method for producing rounded zinc peroxide particles with controlled diameter and aspect ratio.

A hair mascara uses polyalkoxylated silicones to deposit color pigments onto keratin fibers without leaving greasy residue.

Alpha sulfonated fatty acid esters replace polymeric thickeners to achieve high viscosity while maintaining cost-effectiveness and cleansing performance.

A cosmetic concentrate suspended in a water-soluble binder film allows flexible dosing by cutting the product to size.

Topical cosmetic composition containing epidermal differentiation activators counters mobile phone electromagnetic wave damage to restore skin barrier function.

Allyl phosphate copolymers resist oral phosphatase hydrolysis to extend protection duration against caries and staining.

A shear thickening hair styling composition transitions from liquid to solid upon rubbing.

A hair dye system uses hydrolyzable organosilicon compounds to form a durable film that fixes pigment particles on keratin surfaces.

Zwitterionic silicone copolymers prevent crystallization of hydrophilic drugs by maintaining solubility through electrostatic interactions.

Phospholipid vesicles encapsulate hydrophobic plant extracts to resolve solubility and pH sensitivity issues in topical formulations.

A monophasic micellar cleansing composition uses amphoteric surfactants and cationic polymers to remove makeup.

A silicone stick formulation combines three specific silicone compounds to create an invisible, adherent protective barrier on skin.

A topical composition strengthens the skin barrier using a specific ratio of cholesterol, ceramide II, and shea butter.

Replacing beeswax with unalkoxylated wax and latex in oil-in-water emulsions maintains water resistance while eliminating animal-derived ingredients.

A curing accelerator composition containing a low-boiling solvent and water accelerates monomer polymerization.

Diisostearoyl polyglyceryl 3 dimer dilinoleate and polyurethane form a synergistic film that retains over 50% SPF after immersion, reducing UV filter loss.

Skin flora fermentation alters vegetable oil polarity, resolving heavy oil feel and odor while boosting skin absorption.

Specific structuring polymers prevent acyl glutamate precipitation, maintaining clarity and stability at low pH levels.

Sulfonated keratin peptides restore bleached hair strength without silicone buildup, replacing traditional conditioners that cause dullness.

A sol-gel coating protects wet-chemically oxidized aluminum pigments from post-oxidation.

A sheet cosmetic combines carbon dioxide gas with a TRPM8 agonist to promote blood circulation.

A cationic polymer blend deposits conditioning agents onto hair while maintaining soft feel.