Organic Detergent Compounding Agents TRIZ Cases

Lactone-ended polymers inhibit mixed inorganic deposit formation, ensuring spotless items without phosphate builders.

Adding the thickener before surfactants prevents phase separation in gel cleaning agents, ensuring long-term storage stability.

Liquid tetraacetylethylenediamine composition with polymeric sulfonic acid and buffer system.

Segregating hydrophilic surfactants into discrete particles prevents gel formation in fibers, ensuring rapid dissolution and eliminating fabric residues.

A cleaning liquid composition containing a transition metal compound decomposes high molecular weight polymers via olefin cross metathesis.

Dual-functional monomers merge acryloyl and lactam groups to resolve versatility complexity trade-offs, enabling stable pharmaceutical tablets.

An enzyme-substrate pair in a barrier layer triggers rinse benefit agent release during the wash cycle.

A fatty acid and phosphate ester salt mixture provides release between pMDI-bonded OSB and metal surfaces.

Pre-dissolving anionic grafted polymers in alcohol prevents aggregate formation, ensuring stability and preventing pipe blockages during manufacturing.

Alkoxylated polyalkylene imines combine amphiphilic side chains with biodegradable backbones to deliver effective stain removal.

Acidic hydrolysis of glutamic acid N,N-diacetonitrile yields pure amide crystals, avoiding alkaline by-products and reducing purification steps.

Barium sulfate filler raises thermoplastic polyamide particle density above 1.65 g/cm³, enabling efficient removal from textiles after washing.

Adjusting the pH to 7.2–12 partially protonates aminocarboxylate chelants, reducing hygroscopicity and preventing water uptake that degrades bleaching agents.

Heat treatment converts crystal type I to stable crystal type III, reducing water absorption and preserving free-flowing properties.

Long chain organic amines in peroxide solutions enhance selectivity between PVD and CVD TiN layers, preserving liner integrity.

Phosphonated acrylic copolymers form durable hydrophilic layers on metal and SiO2 surfaces through strong coordinate bonds.

A photoresist stripper solution combines quaternary ammonium hydroxide with alkanolamines to maintain liquid state at low temperatures.

Adding hot water to the top of a heated distillation column reduces alcohol concentration in overhead vapors, enabling effective phase separation of terpenes.

Optimized silicone to cationic polymer ratio in liquid laundry detergent maintains fabric softness across multiple wash cycles.

A water conditioning composition uses gluconate and carbonate compounds to soften water and provide bactericidal action.

Alkane sulfonic acid gel eliminates oxalate buildup in agri-food containers, replacing phosphoric acid to cut phosphate discharge.

Randomly substituted polysaccharide backbone with specific functional groups effectively removes hydrophilic and hydrophobic soils from cotton fabrics.

A photoresist pattern shrinking composition uses chemical dissolution to reduce feature sizes during semiconductor fabrication.

A continuous method feeds fragrance into a carrier polymer melt to form solid perfume bodies.

Stable copolymers enable hypohalite cleaning compositions to resist degradation at high pH, preventing limescale deposits and maintaining surface gloss.

A lactam composition treats toilet surfaces to inhibit Proteus mirabilis growth.

A modified polyethyleneimine polymer with quaternized nitrogen atoms delivers improved shine on hard surfaces.

Photo-bleach and catalyst transform sebum into fragrant compounds, eliminating rancid odours without complete removal.

A polypeptide-based cleaning composition removes contaminants from rail vehicle surfaces using mild alkaline enzymes.

A liquid laundry detergent composition combines cationically modified polysaccharides with cellulosic polymers to deliver fabric softening.

Amino acid substitutions create stable alpha-amylase variants that resist degradation by chelating agents, preserving wash performance and enzyme reliability.

Surfactant and organic compound mixture generates cleaning particles that absorb fine process particles from semiconductor substrates.

Engineered pore sizes in a water-soluble fabric pouch allow rapid water infiltration, resolving undissolved residue issues in unit dose laundry applications.

Photo-bleach activates dormant pro-fragrances during washing, preventing storage loss and rancid odors.

A phosphonic acid compound with two or more nitrogen atoms treats tungsten surfaces after chemical mechanical polishing.

A cleaning agent composition with fatty acid esters and metal salts enables efficient material substitution in hot runner molds.

Spray-dried detergent particles receive a surfactant emulsion stabilized by an amphiphilic graft copolymer to ensure uniform distribution.

Optimized polyvinyl alcohol coating prevents granule bonding while maintaining high bleaching activity against tea stains.

High-binding ligands sequester ferric iron in detergents, preventing reddish tiron complexes and eliminating costly color removal processes.

The threshold system sequesters metal ions to inhibit calcium carbonate precipitation on surfaces while maintaining cleaning effectiveness in hard water conditions.

Peptides bind to lipases to reduce free fatty acid odors, avoiding perfume masking.

Alkyl cellulose ether counters viscosity loss in diluted aqueous compositions, maintaining high thickening capability across varying concentrations.

Non-aqueous solvents replace water in unit dose packs, preserving firmness while ensuring de-foaming performance.

A detergent composition combines mannanase and cellulase enzymes to target sebum stains.

Nonionic surfactants in a viscosity-enhanced solution clean lenses on-eye, eliminating separate removal steps and irritation.

A surface treatment composition removes ceria and organic residues from semiconductor substrates using a carboxyl-containing (co)polymer.

Optimizing the Linear Alkylbenzene Sulfonate to Alkylethoxylated Sulfate ratio accelerates dissolution rates in limited water volumes.