Cosmetic Preparations TRIZ Cases

A pen dispenser applies shear-thinning gel with controlled viscosity for precise oral care application.

Saccharide isomerate boosts filaggrin production while Alteromonas ferment extract stimulates hyaluronic acid synthesis in topical compositions.

A dual-layer oral care varnish applies a curable agent layer followed by a water-resistant barrier to secure the treatment.

Anionic and cationic surfactants balance cleaning power against color wash-out, extending artificial dye life through electrostatic adsorption.

A cationic acryloyl lactam copolymer provides durable conditioning and detangling for keratin substrates.

Platelet particulates normalize against skin to reduce redness and opacity.

A composition using Pluronic block copolymer and hexametaphosphate forms a protective coating on the tooth surface to repel chromogens.

Multi-layer adhesive patch uses composite backing and active agent regions for tailored skin attachment.

Topical nanoemulsions transport therapeutic agents through the skin barrier to targeted dermal structures, reducing side effects from systemic distribution.

A citric acid and sodium citrate buffer maintains pH below 5.5 in nonwoven binders to preserve tensile strength during use.

Nitric acid and alkali metal polyphosphates stabilize stannous pyrophosphate, preventing hydrolysis and toxic species formation.

Topical compositions combine polyolprepolymers with cannabinoids to enhance skin health through receptor modulation.

Precise collagenase dosing breaks down dermal collagen to reduce skin dimpling while minimizing adverse effects and tissue damage.

Emulsifying low-D4 organopolysiloxanes with mixed surfactants before polymerization achieves high viscosity within fifteen hours.

Encapsulating powdery mukhwas in an edible film eliminates residue and microbial contamination during mobile consumption.

A cosmetic emulsion combines specific UV filters and salicylates to achieve high sun protection without octocrylene.

Laser printer deposits cosmetic toner onto a support via electrophotography for precise pattern application.

Volatile liquid cores in particle actives enhance light scattering efficiency during evaporation, preventing unnatural whiteness from high pigment loadings.

Skin-derived lactic acid bacteria strains inhibit oxidative stress and inflammation while suppressing melanin synthesis.

Protrusions penetrate the stratum corneum to deliver exosomes and PRP, overcoming limited deep skin penetration for enhanced wound healing.

Bags incorporate counteractant agents in a localized zone near the mouth to reduce malodors without imparting a perceptible scent.

Encapsulated resveratrol and oligopeptide-1 in a topical formulation reduce fine lines and wrinkles while minimizing skin irritation.

Replaces toxic chemical antiseptics with polyethylene glycol monoleate and essential oils, eliminating skin irritation while maintaining microbial protection.

A sunscreen composition uses triazine compounds and non-ionic surfactants to deliver high SPF values.

Segmenting octocrylene and solid UV absorbers into separate phases prevents aggregation and eliminates the whitish finish caused by inorganic powders.

High water content in the solid matrix resolves dry skin sensation while hydroxyl compounds stabilize the formulation against microbial growth.

A low-viscosity oral composition applied as foam distributes evenly across mouth insert surfaces.

Nitrogen-containing boranes stabilize conjugated fatty acids in water-in-oil emulsions, preventing storage decomposition and yellowing.

A shaving aid combines polyethylene oxide lubricant with azoxystrobin to deliver enhanced skin protection during use.

A depilatory gel incorporates a crosslinked poly(methylvinyl ether/maleic anhydride) co-polymer to stabilize the formulation.

Polyglyceryl emulsifiers stabilize oil-in-water sunscreen formulations to disperse UV filters, preventing stubborn yellow stains on cotton textiles.

Acrylic film-forming polymer deposits on teeth to retain peroxide bleaching agents, ensuring controlled release and enhanced whitening efficacy.

Orchid callus extract boosts collagen and elastin production to repair DNA and prevent lesions caused by environmental exposure.

Filtration removes benzophenones and proteins from achachairu extract, reducing genotoxic effects while preserving therapeutic benefits.

Brachiostoma light-absorbing proteins deliver broad-spectrum protection against UVB, UVA, and visible light while maintaining photostability over time.

Polymeric nitrones scavenge free radicals and inhibit collagen degradation, reducing oxidative damage at lower concentrations than conventional antioxidants.

Pa5 and Pa5' flavonoids inhibit nitric oxide production, addressing insufficient treatment efficacy in allergic conditions.

A hair treatment composition combines sugar with aliphatic and basic amino acids to improve manageability.

Layering a base with an anhydrous powder composition achieves synergistic UV protection while maintaining sensory quality.

Replacing volatile alcohols with selected non-volatile solvents prevents skin irritation while maintaining a non-tacky, glossy deposit.

Phosphoric acid buffers prevent crystallization to maintain color nuance stability and reduce hair damage.

Baicalin absorbs UV energy to protect resveratrol and polydatin, maintaining anti-aging efficacy under light exposure.

Cycloalkyl crotonates replace Damascone cores to eliminate skin sensitization and enzymatic off-odors while preserving desirable fragrance profiles.

Replacing cyclic silicones with zinc neodecanoate and saturated hydrocarbons prevents valve blockages while maintaining stability.

Solid wax particles in aqueous surfactant dispersions eliminate sticky textures while maintaining long-lasting shape and re-styleability.

Alkoxy crylenes accept singlet and triplet excited state energy from UV-absorbing chromophores, returning them to ground state to prevent degradation.

Thiol-modified xanthene dyes deposit color on keratin fibers, resolving the trade-off between shade brilliance and washing fastness.