Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Polycarboxylic acid polymer in carbonate detergent prevents hard water film formation, eliminating separate rinse aid dispensers.

Expanded perlite microspheres replace plastic micro-beads and sharp abrasives, delivering effective cleaning while preventing surface damage.

A liquid cleaning composition uses controlled pH and pKa to remove deposits from hard surfaces.

Fatty acid decarboxylase converts fatty acids into suds-boosting agents, resolving foam suppression by greasy soils.

Undissolved active component granules embedded in a water-soluble polymer film prevent premature activation and leakage during storage.

A multi-functional composition with hydrophilic silane and surfactant treats glass surfaces to enhance water interaction.

Potassium carbonate converts acidic uric acid into soluble salts, resolving the contradiction between easy removal and chemical protection.

A vessel with dedicated mixing zones disperses opacifiers and perfume microcapsules in liquid detergent precursors.

A solid textile care composition uses a water-insoluble bentonite carrier to deliver softening compounds.

Chemical gel formulation thickens on vertical surfaces to remove scaling while minimizing acid misting and residue formation.

Sodium percarbonate particles feature a composite shell layer comprising anhydrous sodium sulfate and controlled sodium borate to enhance storage stability.

A water-rich hydroxylamine cleaning composition removes photoresist residues from semiconductor substrates.

Segmented compartments maintain storage stability by preventing premature ion crosslinking between alginic acid and calcium salts.

An acidic etching solution removes aluminum oxide and smut at lower temperatures while maintaining degreasing ability.

MGDA and STPP synergy reduces complexing agent quantity while removing tea and coffee soil precipitates from hard water.

Mesoporous silica nanoparticles load peony bark essential oil to maintain consistent acaricidal activity while achieving slow release.

A semiconductor treatment composition removes contaminants from polished surfaces while protecting metal wires.

Polyethylene glycol binds compressed cleaning tablets to maintain structural integrity during scrubbing while ensuring rapid dissolution in toilet water.

PVOH and polypropylene glycol form a dimensionally stable gel phase, preventing leakage during storage.

A neutral pH detergent composition uses a sulfonated polymer to prevent filming and spotting while maintaining effective grease removal.

A water-soluble pellet dissolves in a toilet bowl to release colorant and fragrance, masking urine odor and color without flushing.

Catalytic detergent composition enhances fabric cleaning performance in wash liquor at temperatures between 0°C and 20°C.

A toilet rim block uses alkoxylated and alkyl sulphate surfactants combined with inorganic salt fillers to deliver effective cleaning.

Surfactant core particles coated with inorganic salts containing pigments prevent color transfer to fabrics while maintaining effective detergency.

Sulfate and phosphate salt mixtures stabilize aqueous polymer dispersions, preventing gelling and sedimentation through ionic strength control.

Drying liquid nonionic surfactants with binders creates solids that solve incorporation difficulties in cleaning formulations.

Plasticized polyvinyl alcohol films prevent hermetic seal breakage and leakage while ensuring rapid cold-water dissolution.

A liquid stripper uses a colored indicator to show acid concentration visually.

Low-density foamed polymeric abrasive particles in liquid cleaning compositions resolve the trade-off between effective soil removal and surface damage.

Replacing zeolite with sodium sulfate and amphiphilic graft copolymers maintains hydrophobic soil removal while reducing manufacturing costs.

Silica nanoparticles and acrylic-acrylamide copolymer form a durable protective coating that resists soil accumulation without leaving residues.

Gelatinized starch penetrates sandstone pores to lift embedded paint layers, preventing substrate damage caused by abrasive blasting.

Aqueous acid cleaning compositions combine nitric and sulfuric acid to clean metal surfaces while acting as a corrosion inhibitor.

Replacing high VOC solvents with a soy extract and parachlorobenzotrifluoride blend maintains contaminant removal while lowering flammability.

Sulfite additives prevent discoloration in water-soluble films while plasticizers block precipitate formation on the surface.

High-pressure homogenization of water-swellable clay and citrus fibre creates a structuring premix for aqueous detergent liquids.

Persulfate stabilizers extend oxidizing duration in alkaline cleaners, lowering thermal energy costs while maintaining disinfection performance at 10°C to 80°C.

Alkaline hydrogen peroxide with meta-silicate stabilizes the solution to remove adherent smut from complex nuclear reactor components.

Liquid laundry composition uses polysaccharide suspending agents and core-shell microcapsules to deposit fragrance on fabrics.

A glycol and potassium hydroxide composition selectively removes defective color filters from liquid crystal display substrates.

Uniform pore radius distribution prevents bubble coalescence and surface irregularities during melt processing.

Liquid acidic copolymer composition removes limescale deposits while providing long-lasting shine on hard surfaces.

Activated citrus fibre forms a network that constrains calcite particle movement, reducing surfactant usage while maintaining cleaning efficiency.

A scent booster composition uses a dispersant and dual solubility agents to release customizable fragrance during laundry washes.

A smearing member washes against a washing agent on a glass slide to remove attached matter.

A starch-based moldable soap composition maintains moisture and structural integrity through a composite formulation of propylene glycol and mineral oil.

Specific fatty alcohol alkoxylate parameters resolve insoluble deposit formation in phosphate-free formulations, ensuring spotless washed articles.