Organic/Inorganic Per-Compounds Compounding Agents TRIZ Cases

See how Fenton's reagent with ketone removes colorants from polyester at pH ≤4 without polymer

See how a frangible-wall chamber separates active oxygen and water to extend shelf-life, then b

Low-halogen bleaching followed by peroxycarboxylic acid improves textile stain removal, avoids adverse reactions, and reduces rag waste.

Protease, bleach, and activator detergent additives dissolve animal hair under moderate washing conditions, reducing energy demand.

A co-granule structure pairs an enzyme core with a manganese bleach catalyst coating to deliver cleaning performance in automatic dishwash detergents.

Co-granules combine bleach activators and metal catalysts with organic acids to resolve low storage stability in automatic dishwashing detergents.

Interfacial polymerization creates a protective copolymer shell around tetraacetylethylenediamine, preventing hydrolysis while maintaining detergent activity.

Finely divided manganese complex powders with controlled particle sizes resolve homogeneous distribution challenges while maintaining catalyst activity.

Segmenting builders and enzymes from oxygen bleach in a low-alkaline system resolves the trade-off between high cleaning performance and glass surface damage.

Segmented wax and polymer capsules prevent enzyme decomposition by activating bleaching agents at higher temperatures while preserving enzymes.

Multi-layered manganese bleach catalyst granules protect active particles with binder and salt coatings.

A powdered unit dose laundry composition encapsulated in a polymer film delivers high-performance cleaning through integrated surfactants and oxidizing agents.

A delayed-release coating shields enzyme particles from bleach catalyst inactivation during washing.

Acylhydrazones enhance peroxygen bleaching when combined with specific proteases to improve stain removal.

A water-soluble polymer coating isolates metal-containing bleach catalysts within a co-granulate core to prevent oxidation during long-term storage.

4-imidazolidinone nitroxide compounds enable effective oxidation of colored stains at temperatures as low as 10 °C.

A co-granule with a catalyst shell and activator core controls dissolution timing.

Acylhydrazone compounds enhance peroxygen bleach disinfecting power against gram-negative bacteria at temperatures below 60°C.

Alkaline bleach solutions dissolve pet hair proteins to prevent machine contamination and reduce energy consumption.

Low pH active Bacillus subtilisin variant removes proteinaceous soils without high alkalinity or chlorine bleach.

A lipase and acylhydrazone combination enhances primary detergency in oxygen-containing cleaning agents.

A single-chamber detergent pouch separates powder and gel phases to eliminate multi-compartment manufacturing complexity.

A water-soluble nonwoven fabric coating encases solid laundry detergent to provide mechanical strength and enable sewing assembly.

Oxygen mediates radical reactions in unsaturated polyester resin, preventing gelation and extending shelf life without reducing curing reactivity.

A detergent composition uses efflorescent material coatings on bleach particles and enzyme granulates to maintain powder integrity.

A microemulsified hydrophobic precursor releases peroxycarboxylic acid upon UV activation.