Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Chloride salts screen electrostatic charges to stabilize copolymers and reduce turbidity in high water content detergent compositions.

A surfactant core coated with inorganic salts and covalently bound dye prevents liquid formation while releasing color to wash liquor.

Fluoride-based aqueous cleaning composition maintains pH 5 to 12 to remove photoresist residue without damaging low-k dielectrics or corroding metal circuitry.

Acidic cleaning composition eliminates CO2 venting and hot water requirements while preventing pump cavitation through low-foam surfactants.

A cleaning composition uses a hydrophilic polymer to adsorb onto hard surfaces and prevent soil adhesion.

A sulfonate polymer and water-soluble silicate composition cleans dishware while inhibiting inorganic scale formation.

A low pH acid-surfactant pretreatment breaks protein bonds to prevent permanent chlorine-induced discoloration on hospital garments.

Defibrillated citrus fiber microfibrils stabilize foam while abrasive particles clean, reducing surfactant usage and environmental impact.

Segmenting the cartridge into unitarily fixed sub-containers reduces container change frequency while maintaining composition versatility.

A compressed detergent tablet uses specific binders and surfactants to dissolve rapidly in cold water.

Multi-valent metal fatty acid soaps emulsify stubborn residues in a non-toxic, water-based formulation that eliminates flammable solvent vapors.

Liquid detergent composition stabilizes color through copolymer and sulfite interaction, reducing efflorescence on water-soluble film.

Segmented co-granules with moisture sinks preserve protease activity during storage, enabling effective cleaning in low-temperature washes.

A cleaning composition uses citric, acetic, and malic acids mixed with water to dissolve dirt.

A cleaning agent removes abrasive grains and metallic residues from semiconductor metal wiring while preventing corrosion of tungsten or copper.

A cleaning composition combines dispersin and carbohydrase enzymes to break down complex organic stains on textiles.

A solid water-soluble cleaning composition dissolves in water to provide a high-alkaline solution for efficient support material removal.

A multi-benefit hair care composition combines Rhassoul clay with plant-derived conditioning and detangling agents.

Odor modulator compounds in microcapsules boost fragrance duration while maintaining liquid transparency.

A liquid detergent composition combines metasilicate, bicarbonate, and glutamate to lower surfactant concentration while maintaining textile cleaning performance.

An alkaline cleaning formulation removes lime soap soils from calcite stone without damaging the surface.

Controlled alkoxylation degree balances high shear viscosity with dissolution speed in liquid detergents.

Concentrated aqueous cleaning compositions impregnated in dry substrates extend shelf life and reduce weight while eliminating synthetic preservatives.

Sorb glycerol monooleate on zeolite to eliminate excessive rinse foam without masking perfume impact or increasing water consumption.

Oil droplets isolate coffee grounds from water to prevent precipitation while delivering exfoliation.

High temperature spray drying increases granule bulk density, enabling higher active ingredient content in compacted single unit doses.

Thioamino acid-based aqueous alkaline cleaning compositions prevent copper surface roughening and sensor errors during semiconductor fabrication.

A dilutable liquid cleaning composition maintains or increases viscosity upon water addition through specific surfactant ratios.

Xanthan gum and carbonate salt deliver clear, viscous cleaning fluid without separate preservatives.

Replacing alkali metal phosphates with sulfonic acid copolymers and nonionic surfactants maintains washing reliability while eliminating environmental harm.

Colored abrasive particles derived from nut shells provide effective cleaning performance while maintaining surface safety and aesthetic appeal.

Amine oxide and hydroxylamine compounds in a cleaning liquid suppress defects on metal films while preventing corrosion during chemical mechanical polishing.

Synergistic polyacrylic and polymaleic acid homopolymers protect alkaline-sensitive aluminum surfaces in warewashing environments.

A water-soluble unit dose article uses a solid detergent composition with optimized pH to enhance fabric whiteness and cleaning performance.

Alkoxylated polyalkyleneimine complexes with percarbonate bleach to target stained surfaces in automatic dishwashing formulations.

Magnetic particles absorb sebum from hair fibers and detach via magnetic attraction, eliminating white residue left by starch-based dry shampoos.

Embedded vanadium oxide particles in smectite clay supports overcome rapid deactivation and high CO selectivity during propane oxidative dehydrogenation.

A surfactant system with branched alkyl ethoxy sulfate maintains stable suds volume during manual dishwashing.

A toilet odor prevention tablet dissolves in the tank to release plant oils and glycerine.

Olefin-based resin composition with nonionic surfactant removes residual materials from molding processing machines.

450-1000 µm citric acid particles maintain powder flowability and storage stability while achieving a 2.0 to 4.0 pH profile.

An organic cationic inhibitor prevents corrosion and flash rusting while HCl removes cementitious materials from surfaces.

Aqueous cleaning agent combines fatty alcohol ether sulfate surfactants with undissolved salt crystals for manual dishwashing.

Specific acrylic acid copolymers sequester hard water ions, preventing insoluble deposits and spotting without using phosphates.

MGDA and citric acid combined with glycine reduce fatty residue accumulation while maintaining effectiveness in hard water conditions.