Cosmetic Preparations TRIZ Cases

Replacing synthetic polymers with tannic acid and low HLB surfactants eliminates organic solvents while maintaining long-lasting makeup resistance.

A composite of water-soluble and latex polymers creates a humidity-resistant film that prevents stickiness while maintaining style memory.

A latex-free polyurethane makeup sponge incorporates aromatic and dermoactive natural powders into its body for ergonomic cosmetic application.

Composite saccharide particles resolve the contradiction between storage stability and emulsifying ability by maintaining specific crystallinity levels.

Deriving crosslinking agents from glycerol and waste polyethylene terephthalate replaces non-renewable resources while maintaining polymer functionality.

Lactobacillus rhamnosus extract stimulates collagen synthesis and strengthens the skin barrier to reduce wrinkles and spots.

A hair oil composition using CCTG, mineral oil, and Centella Asiatica extract to stimulate growth.

Specific preservative mixtures in surfactant cleaning compositions maintain antimicrobial protection while preserving foam volume and quality.

Benzoic diester plasticizers replace toxic phthalates in nitrocellulose nail polish, maintaining flexibility without harmful solvents.

Blending specific polyalkylene glycol derivatives with nonionic surfactants creates thermally stable, structure-recovering cosmetic gels.

A polymeric hydrogel composition maintains durable adhesiveness through repeated electrode pad attachment cycles.

A fabric care composition uses an anionic polyester soil release polymer and a polysaccharide-based cationic polymer.

Cocoa polyphenols replace toxic hydroquinone by bidirectionally regulating melanin levels, eliminating skin irritation risks.

A nutraceutical composition combines curcumin, saw palmetto, and tocotrienols to promote hair regrowth.

Crosslinked organopolysiloxanes with polyether building blocks stabilize water-in-oil emulsions containing high silicone oil fractions at elevated temperatures.

A cosmetic vessel uses a suction pipe and guide part to discharge liquid cosmetics uniformly onto an application sponge.

Lettuce extract provides stable precursors that convert to aromatic compounds during thermal processing.

A water-in-oil emulsion cosmetic formulation combines ultraviolet absorbing agents with non-volatile polar oils and oil phase thickeners.

A water-in-oil oral composition delivers bleaching agents to teeth alongside an electromagnetic radiation source.

A water-dissolvable matrix comprising a graft polymer enables injection molding at high temperatures.

Inverse emulsion polymerization of cationic and associative monomers yields a thickener that reduces residue and graying in fabric softeners.

Treating metal oxide scattering agents with metal soap stabilizes dibenzoylmethane derivatives, preventing discoloration and crystal precipitation.

Cellulose acetate particles with controlled acetyl content and sphericity deliver superior lipophilicity and tactile sensation in cosmetic formulations.

A composite surfactant system blends sophorolipid biosurfactant with anionic surfactants to deliver high foaming stability.

A cosmetic agent combining cross-linked aminated siloxane polymers with nonionic surfactants to enhance dye penetration and binding.

Purified microbial biosurfactants reduce oxidative stress and eliminate toxicity while removing oral biofilms.

Converting cocoa butter triglycerides into fatty acid ethyl esters via esterification improves oxidative stability and shelf life.

Ground aragonite particles replace persistent plastic microbeads, eliminating environmental pollution and toxin binding while maintaining exfoliation.

Benzylamine derivatives reduce hyperpigmentation while minimizing skin irritation via structural modifications.

A lipid peptide hydrogel uses 1,3-alkanediol to solubilize the gelator and form a solid base material.

Merges passionflower extract and edelweiss callus culture cells to reduce intracellular oxidation, preventing environmental aging signs.

A zinc oxide powder blend attenuates UVA and UVB radiation through controlled particle size distribution.

Electrospinning creates nanofibers from eggshell membrane to restore moisture retention and air permeability lost in conventional film production.

Replacing harsh chemicals with reducing sugars prevents disulfide bond damage while delivering durable, water-resistant styles.

A powder essence composition transforms into liquid upon skin contact to deliver natural color tone and hydrated feel.

Combining colloidal silver with plant extracts in a topical formulation addresses the need for natural wound care without pharmaceutical side effects.

Microcapsules on a dry wipe release active principles via surfactant emulsification, eliminating hermetic sealing needs.

Combining glycerol ester with 12-hydroxystearic acid creates a transparent gel network that maintains oil component quality without high-temperature processing.

Anhydrous Camu Camu particles exfoliate skin without water, eliminating the need for preservatives that cause irritation.

A four-monomer polymer family achieves ethanol solubility with high glass transition temperatures.

Lamellar surfactant system stabilizes polymer dispersion, preventing texture solidification at elevated temperatures.

Airbrush makeup system atomizes cosmetic formulation to eliminate bacterial growth from reusable applicators.

Combining fatty acid esters of sucrose and polyglycerol dissolves lipophilic compounds in aqueous phases.

Optimized mussel adhesive protein concentrations in foam delivery systems reduce swelling and pain while accelerating healing of mucosal lesions.

Probiotic strains break down glycosides to improve polyphenol absorption, reducing sugar content for diabetic compatibility.

Sequential hydrothermal processing separates polysaccharides and converts lipids to minimize nitrogenous compounds in bio-oil.

High-molecular non-ionic polymers stabilize mousse texture and enhance foaming behavior in cosmetic cleansing compositions.

Comb copolymers with ATBS backbones resolve insufficient skin adsorption by integrating cationic monomers.