Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Saccharides mediate alkali metal silicate interactions to stabilize solid detergent blocks against swelling at elevated temperatures.

An encapsulated cleaning agent combines mineral particles and crystalline free acid to remove plastic residues from processing equipment.

Compact surfactants maintain solubility in alkaline cleaning solutions without hydrotroping agents.

Benefit agent delivery particles co-precipitate inorganic material with active agents to reduce wastage during wash cycles.

A cleaning composition uses dispersin and protease enzymes to degrade biofilm components.

A laundry composition uses an oxygen transfer agent to produce oxaziridines that remove stains at low temperatures.

A pipe unblocker formulation uses a colored indicator that shifts hue based on acid concentration and solution polarity.

Zinc oxide particles bind to poly(styrene-4-boronic acid) in a laundry detergent composition to treat fabrics.

Combining water-swellable clay with activated citrus fibre creates a stable liquid detergent structure.

A cellulose ether and saccharide composite forms an outer wall layer that resists moisture evaporation and bursting upon dry surface contact.

Non-spherical inorganic foam abrasive particles enable effective cleaning at lower concentrations, reducing formulation costs and rinse difficulty.

Fe2+ ions and oxalate complexing agents prevent rouging on stainless steel surfaces under atmospheric conditions without requiring oxygen-free environments.

Surface-treated calcium carbonate particles maintain stability in pH 4.5 to 7 environments, replacing harmful microbeads with biodegradable abrasive materials.

Composite bleaching agent particles feature a sodium percarbonate core enveloped by a sodium sulfate inner layer and an activator-containing outer shell.

Segmented hueing agent and surfactant particles in solid detergent compositions minimize overhueing negatives while maintaining dingy cleaning performance.

Alkaline cleaning liquid with surfactants removes post-CMP particles while preventing copper corrosion.

High-pressure shear exfoliation breaks down bulk graphite into thin graphene platelets dispersed in water using surfactants and rheology agents.

A phosphate collector composition treats carbonatitic non-sulfidic ores to improve mineral recovery and grade.

A non-toxic cleaning solution solubilizes aliphatic acids using a base, alcohol, and detergent mixture.

Combining polyvinylpyrrolidone with ammonium chloride stabilizes viscosity while enhancing chlorine scavenging efficacy to reduce color fading.

Aqueous polymer binder granulates bleach catalysts on carbonate-silicate carriers, eliminating heavy metal dust contamination and complex cooling equipment.

High molecular weight polyacrylates replace sodium silicate to prevent visible film deposition on aluminum during cleaning.

Specific acid salt selection in the tablet formulation generates rapid effervescence, reducing consumer waiting time for dissolution readiness.

A solid particulate composition combines a water-soluble carrier, dye transfer inhibitor, and buffer system to deliver fragrance during the wash cycle.

Aqueous surfactant compositions combine alpha-sulfofatty acid disalts with isethionates to deliver stable foam.

A laundry perfuming composition combines water-soluble crystalline materials with fragrance microcapsules to deliver scent.

Partially hydrolyzed polyvinyl acetate film formulation with polyethylene oxide and plasticizers.

Nitrogen-containing vinyl monomers form stable complexes with copper preservatives, reducing leaching into soil and water.

A polymer shell containing azobenzene moieties enables controlled release of encapsulated perfume cores upon exposure to infrared, visible, or ultraviolet radiation.

Insoluble cationically-modified cellulose particles adsorb rogue dyes to prevent color transfer between garments during laundering.

Solid stabilizing agents maintain foam stability, reducing chemical usage and effluent volume during surface decontamination.

A defoamer composition combines two distinct aryl-substituted organopolysiloxanes with filler particles to deliver high defoaming capability.

Soluble mesitylene sulfonate salts stabilize hypohalite bleach components by reducing decomposition rates in liquid compositions.

A specific acrylic-maleic-methacrylic polymer composition inhibits mixed inorganic deposits formed by carbonate and silicate builders.

Acrylate polymer shells encapsulate high-acid perfumes, preventing carboxylic acid degradation and leakage in consumer products.

A decontamination composition uses a suspending agent to maintain uniform distribution of solid and liquid phases during storage.

Alkali metal carboxylic acid coatings stabilize solid bleaching agents, preventing deterioration and foaming while ensuring complete water solubility.

Alkoxylated fatty alcohol prevents phase separation in calcium salt-based cleaning formulations across varying temperatures.

An aqueous composition removes silicon oxide residues using buffered hydrogen fluoride and sulfoxide solvents.

Blending alkyl diphosphonic acid with secondary acids overcomes the HEDPA dead zone, maintaining chelating performance across broad concentration ranges.

Segmenting the dye into a surfactant core while coating inorganic salts prevents fabric staining and enhances photostability.

Crosslinked polyacrylate shells minimize leakage and maintain odor profiles while preventing slurry destabilization.

A surfactant and complexing agent treatment solution removes corrosion products from semiconductor substrates.

Magnesium-containing layered silicate stabilizes alkali metal carbonate dispersions for high alkalinity.

Forming Na2SO4·Na2CO3 double salt during spray-drying improves flow properties and energy efficiency for high-concentration detergent granules.

Viscoelastic liquid flows through endoscope lumens to mechanically remove biofilms, replacing labor-intensive manual brushing.

A clay mineral and PVP-VA copolymer additive enhances fabric softness through improved mineral deposition on textile fibers.

Aqueous alkaline cleaning composition uses calcium surfactants and magnesium oxide to maintain stability at pH 9 to 12.

Hafnium and zirconium oxides sequester volatile silicon contaminants as stable silicates, preventing catalyst deactivation and extending device lifetime.

Segmented water-soluble film encapsulates high-water wash composition and buffering agent to maintain structural integrity.