Cosmetic Preparations TRIZ Cases

A partially carbonated magnesium hydroxide formulation reduces perspiration and malodor through chemical reaction and absorption mechanisms.

Formula I polyol glycosides enhance surfactant foam volume and stability, resolving coarse sensory trade-offs from alkylpolyglycosides.

End-functionalized ionic silicones form crosslinks with film-forming agents to resolve insufficient transfer resistance in lip color formulations.

Lactobacillus plantarum CJLP56 resolves acid tolerance and immunomodulation trade-offs by promoting Th1 responses while suppressing Th2 activity.

Amino silicones blend with sulfate and carboxylic surfactants to maintain transparency while preventing hair lankness.

A traditional Chinese medicine plant composition relieves skin allergies and soothes itching using reflux extraction.

A cosmetic agent combining galactomannans and cross-linked sulfated galactans to form a protective film on the skin surface.

A phosphorylated saccharide preparation enhances skin firmness and moisture retention through stable mineral delivery mechanisms.

Water-resistant polymer sealant protects soft tissues from high concentration hydrogen peroxide, enabling rapid whitening during dental prophylaxis.

A cosmetic gel combines hydroxyethylcellulose with poly(2-acrylamido 2-methyl propane sulfonic acid) to stabilize anti-acne agents.

Polyolefin elastomer and polyether block amide mixtures enable consistent fragrance diffusion without surface damage or driver obstruction.

Hydroxybenzoic acid amides suppress bitter peptide flavors without introducing unwanted metallic or astringent aftertastes.

A bleaching tablet core containing peroxodisulphates and a cellulose-based disintegrant dissolves rapidly in water to form a ready-to-use mixture.

Soluble zinc compounds raise internal protein denat temperature to repair structural damage from chemical stressors.

A hair rinse combines apple cider vinegar with argan oil and aloe vera to enhance shine and manageability.

Ternary cosmetic composition comprising biopolymers, glycosaminoglycans, and disaccharides improves skin tension.

Amphiphilic comb copolymers thicken cosmetic formulations through salification-induced solubility.

A hair mousse composition containing vinylpyrrolidone setting polymers, mixed cellulose ethers, and ester quats.

Silica particles and adherent polymer reduce dentin permeability by 55% without formulation complexity.

A cationic polygalactomannan seals split ends and smooths cuticle scales.

A cosmetic composition combines unsaturated esters with high-melting hydrocarbon waxes to deliver unctuous feel and mechanical strength.

Lactobacillus plantarum CJLP243 exhibits strong adhesion to intestinal epithelial cells and high acid and bile resistance.

Reducing agents remove oxidative dyes from hair without re-oxidation, preventing damage associated with harsh oxidizers.

A water-in-oil emulsion composition removes waterproof makeup using specific volatile oil components.

A method prepares zinc citrate in situ by reacting zinc oxide with citric acid at controlled pH and temperature.

Porous aerogel particles applied to skin absorb sweat and oils while expanding surface area to resolve transient grip issues caused by messy chalk.

Modular hydrophobin mimics overcome limited structural knowledge by enabling precise control over protein assembly shapes and sizes.

Alkalinizing compositions increase intracellular pH and enzyme activity to resolve low minoxidil efficacy caused by insufficient sulfonation capacity.

Multimodal polyhydroxy alkanoate particle distributions resolve the trade-off between exfoliation efficacy and environmental biodegradability.

A liquid crystal cosmetic composition achieves high hardness and elasticity through specific viscosity modifiers.

Composite floss coatings resolve the contradiction between periodontal disease prevention and teeth staining by integrating anti-staining agents.

A hair colorant composition combines 3-amino-2,6-dimethylphenol with specific dye couplers to produce redder shades.

A hair care composition uses 1,2-diols and hydrophobic particles to modify sebum physical properties.

Composite vinyl lactam polymers resolve film adhesion trade-offs to deliver stable UV protection and elasticity maintenance.

A topical composition combines fatty plant extracts with astringent and anti-inflammatory agents to improve peripheral circulation and lymph drainage.

Incorporating C8-C22 fatty acids into high soap compositions prevents grit formation during conventional manufacturing while preserving hardness.

Aerosol oil foam composition with polyglyceryl surfactant forms stable, water-rinsable foam that removes makeup while maintaining skin hydration.

Carboxylic acid-modified silicone disperses hydrophobic UV agents in aqueous cosmetic emulsions, resolving powderiness while maintaining high SPF values.

Silicon fine particles generate hydrogen upon contact with a physiological medium to enable transdermal absorption.

D-Panthenol reduces textile staining from UVA filters like BEMT, allowing consumers to apply sufficient sunscreen without discoloration risks.

A polyphenol-rich holy basil extract inhibits ROS production and IL-8 release, addressing oxidative stress and inflammatory reactions in skin care.

Replacing sulfate-based surfactants with carboxylate systems reduces scalp discomfort while maintaining effective foaming and manageability for dry hair.

A food supplement combines Moldavian dragonhead, grapevine seed extract, and astaxanthin to promote collagen synthesis.

Mechanical vibration modifies mascara thixotropy to improve lash separation and reduce clumping during application.

A multi-compartment applicator mixes oxidation dyes and oxidizing agents to generate self-foaming dyeing composition for keratinous fibers.

Optimized biodegradable abrasive particles balance environmental safety with effective dirt removal by controlling particle geometry to prevent skin damage.