Organic Detergent Compounding Agents TRIZ Cases

Crosslinked cellulose ether helps retain more than 21 wt% water in a solid cleaning bar while preserving wear resistance.

Water-soluble film releases a glycol ether, nonionic surfactant, and tertiary amine blend for properly diluted grease removal.

A water-soluble film releases detergent with a specific metal care compound, balancing strong cleaning with protection for metals and glassware.

Polypropylene glycol helps limit perfume leakage and ingredient oxidation in capsule-based laundry liquids, including water-soluble unit doses.

A wax, resin, surfactant, and diluent formulation restores luxury vinyl floors with a removable film that preserves gloss.

Transition-metal cations and alkaline conditions can decompose peroxide; chelating stabilizers and pH control preserve cleaning and biocidal action.

Polyester-based comb polymers in aqueous detergents limit dye transfer between colored and white textiles, reducing fading and discoloration.

Aza-Michael oligo(β-amino esters) help detergents limit dye transfer while reducing both textile fading and dye deposition.

Water-soluble polyurea supports voxel-by-voxel article manufacturing while maintaining dimensional stability and protecting temperature-sensitive agents.

A water-soluble pouch combines low AES, soil-release polyester, and amylase for motor oil soil release and dye inhibition.

See how a colorant-functionalized polymer stays inert in detergent storage, then uses visible light to improve fabric stain removal.

Detergent compositions use DNase-active polypeptides to break down biofilm structure and improve removal from laundry items.

Shorter C5–C13 fatty-acid residues improve foam control and spreading in rinse cycles with cationic surfactants.

A heterogeneous group 10 metal catalyst oxidizes N-bearing compounds with oxygen to limit NTA, ethylene glycol, and oxalic acid impurities.

Laundry dye transfer inhibitors use polyalkylene oxide backbones and grafted side chains to combine performance with biodegradability.

Encapsulated fragrance in a hydratable polymer solid stabilizes volatile scent and extends its transfer to fabrics.

Specific uronium, halouronium, and thiazolium salts address poor storage stability while supporting bleaching and oxidative decomposition activity.

Ethanol or isopropanol bridges MCT oil and water, enabling clear homogeneous mixtures for oil-, alcohol-, and water-soluble compounds.

An anionic-amphoteric surfactant blend replaces alkylbenzene sulphonates to preserve foam, water sheeting, and eco-friendly cleaning on stainless steel.

See how controlled particle shapes, masses, and aspect ratios preserve flowability, uniform blending, and segregation stability in packaged laundry products.

Anionic surfactants paired with structured polymers improve fatty-soil removal and reduce fabric greying in detergent compositions.

Charged lignin derivatives form durable films on solid surfaces, sustaining soil release across cleaning cycles without petroleum-based polymers.

Cationic polymer mediation overcomes repulsion from anionic fibers, improving fabric care agent deposition and reducing textile damage.

A biodegradable four-component formulation combines oxygen bleach, protease, manganese, and cyclodextrins to target resistant bacteria at 30°C.

Long-chain water-soluble amines improve cleaning of non-cured paint circuits while reducing VOC and COD in wastewater.