Cosmetic Preparations TRIZ Cases

A bi-continuous gel cosmetic composition combines hydrophilic and lipophilic phases to deliver stable, homogeneous coverage.

A silicone-free hair oil composition uses volatile lipophilic compounds and glycerol triesters to deliver conditioning.

A cosmetic composition uses an acyl basic amino acid derivative to coat inorganic powder particles, improving particle dispersibility and skin adhesion.

A topical skin composition combines escin, lecithin, and plankton extract to improve firmness and reduce wrinkles.

Phosphate ester treatment imparts durable anti-adhesion properties to hard surfaces, preventing hard water deposits and improving cleaning efficiency.

Circular polyribonucleotides resolve linear molecule instability and poor penetration, enabling efficient cosmetic protein expression.

A carbonated cosmetic composition uses bicarbonate and acid reactions to deposit film-forming polymers onto hair fibers.

A modified hyaluronic acid introduces a glycerin skeleton-containing group to improve water solubility and skin repair effects.

A solid antiperspirant stick incorporates hydroxyalkyl urea via a triglyceride or polyalkylene glycol carrier.

A hydrolysed protein blend strengthens hair fibers through amino acid interactions.

Topical silk protein and serum composition promotes hair growth without skin irritation, avoiding side effects from minoxidil.

Segregating liquid phase recovers vasodilating principles lost during lees removal for therapeutic use.

Monoalkyl-branched saturated esters replicate squalane stability while ensuring consistent supply.

High molecular weight gum arabic combined with controlled salt content stabilizes oil-in-water emulsions.

Peptide analogs activate collagen and fibronectin production to address inadequate anti-aging efficacy of conventional cosmetic agents.

Polyethylene glycol reduces slippery skin feel in liquid cleansers while maintaining lather production for bar soap users.

Coating comminuted polystyrene with vegetable oils creates stable spherical structures that absorb petroleum while maintaining adhesion strength.

Merges folic acid and polyols to resolve pH-dependent solubility limits while repairing UV-induced DNA damage.

A topical composition of inactivated Escherichia coli and Enterococcus faecalis lysates restores skin moisture and elasticity through targeted biological modulation.

Sub-antimicrobial defensins recruit Lgr6+ stem cells to enhance lip and nail hydration without inhibiting microbial proliferation.

A rinse-free herbal hair rinse moisturizes dry strands using natural extracts without requiring water removal.

A hair dye composition uses nonionic surfactants to enhance pigment penetration and uniformity.

A powdered cosmetic composition containing hydrophobic metal oxide powder and organic polyols enables precise dosing of styling agents onto keratin fibres.

Surfactants stabilize hydrophobized titanium oxide dispersions, preventing aggregation and color streaking while maintaining UV protection.

A roll-on applicator delivers a castor and coconut oil composition to the eyelid.

Amorphous Rebaudioside X resolves poor beverage formulation effectiveness by achieving significantly higher aqueous solubility than crystalline forms.

A wearable coating method uses electrostatic spraying to deposit polymer compositions directly onto skin surfaces.

Zirconium oxychloride clusters stabilized with basic amino acids deliver antiperspirant efficacy.

OPC and ascorbic acid protect catechins from oxidation, raising plasma levels without fasting requirements.

Selected plant extracts inhibit endothelin-converting enzyme, reducing mature endothelin for antihypertensive and skin whitening applications.

A composite wetting agent disperses pigments in aqueous systems.

Structured surfactant systems form multilamellar vesicles to suspend particles without added thickeners, resolving sedimentation and pourability trade-offs.

An amphiphilic surfactant system reduces surface tension and forms a separate phase, retaining active ingredients during rinsing.

Isopropyl titanium triisostearate coats pigments in a water-in-oil emulsion, resolving the trade-off between coverage efficacy and emulsion stability.

Excess glycosaminoglycan ratios create soluble complexes that resolve the trade-off between complex formation efficiency and solubility.

Acrylic pressure-sensitive adhesive with controlled monomer ratios prevents hydrolysis and agglomeration in aqueous hair care formulations.

Fluoride ions boost thioglycolate dissociation on a water-impermeable substrate, solving low dosage efficacy and skin irritation trade-offs.

Starch octenylsuccinate and gum arabic form an emulsion with reduced coenzyme Q10, resolving poor water solubility while maintaining storage stability.

A supramolecular compound forms a cohesive film network using hydrogen bonds with silicone elastomers.

Amadori compounds prevent persistent plaque reformation by blocking bacterial adhesion and metabolic polymerization on dental surfaces.

Pyridinedicarboxylic acid compounds bind to sensitized keratin fibers, resolving the trade-off between temporary styling and persistence after shampooing.

Latex barrier prevents polish contact with cuticles and allows single-step removal of layered designs.

Dihydric alcohol solvents stabilize physiological cooling reagents, preventing crystallization and reducing viscosity for precise dosing.

Methyl polysiloxane emulsions incorporate specific oils to maintain smooth texture and resilient feel.

A pharmaceutical composition containing 8-paradol promotes mitophagy to induce apoptosis in cancer cells.

An automated processing apparatus dispenses and mixes natural ingredients to create customized hair and skin care products.