Organic Detergent Compounding Agents TRIZ Cases

Vinylpyrrolidone polymer mediates perfume transfer to synthetic fibers, resolving low deposition and malodor issues.

A dry photoresist stripper solution maintains liquidity below room temperature through a specific chemical formulation.

A detergent composition uses a graft polymer with an ethylene oxide backbone and vinyl ester sidechains to enhance washing performance.

Exothermic acid-amine reactions dissolve wax and asphaltenes, preventing re-deposition in oil well boreholes.

Hydroxyl amines reduce aldehyde, ketone, ester, alcohol, and acid VOCs below detectable thresholds.

A copolymer thickener maintains high viscosity and transparency in liquid textile detergents.

Alkoxy polyalkylene glycol coating shields nitrogen builders against oxidation, preventing yellow discolouration while maintaining chelating activity.

A shaped body with a polyethylene glycol graft copolymer prevents fragrance loss during washing by holding aroma chemicals in hydrophobic domains.

A recirculating solvent system cleans rail tank car interiors using aliphatic hydrocarbons and polyglycol ethers.

Composite emulsion with specific HLB values removes deposits and controls foam, addressing inadequate contaminant control and defoaming in papermaking plants.

Mixing methyl glycine diacetic acid with acrylic copolymers and spray-drying at 125°C prevents yellowing while maintaining bleach activity.

Lipase and branched polyetheramine polyol compositions resolve the contradiction between cleaning performance and storage stability in liquid detergents.

Integrating treatment materials into a single dispenser eliminates complex baskets, reducing device complexity while addressing drain contamination.

Precondensing aspartic acid prevents hard condensation phases, enabling continuous stirring and simplified catalyst recovery.

Specific polyester terminal groups resist hydrolysis in alkaline environments, ensuring stable soil release performance.

A layered enzyme granule applies a melt-delayed internal coating beneath a high-melting protective shell to maintain structural integrity.

A liquid detergent composition uses a specific surfactant system and cleaning amine to emulsify grease effectively.

Delivery particle encapsulates benefit agent core using interfacial polymerization shell formation.

Liquid alkaline cleaning composition uses aminopolycarboxylate chelants and organic carboxylates to maintain surface integrity.

Controlling saponification pH prevents large particles, ensuring color stability and economical solidification.

Merging MGDA and GLDA in specific ratios stabilizes concentrated solutions against precipitation while maintaining optimal viscosity.

Low pKa alkylbenzenesulfonic acid chemistry dissolves cross-linked photoresist without particle formation or copper corrosion.