Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Direct compression creates stable anhydrous cleaning tablets using medium-chain triglyceride oil, eliminating water and single-use plastic packaging waste.

Fatty acids and bentonite clays enhance aesthetic particle solubility, eliminating insoluble residue that causes unsanitary fabric appearances.

A surfactant-based acidic cleaning composition uses organic acids to achieve rapid microbial reduction.

A dishwasher composition uses sulfonic acid polymers and chelants to sequester calcium ions during wash cycles.

Cationic-anionic polymer sequesters calcium and magnesium ions in phosphate-free detergents to prevent visible film formation on washed items.

A hydroxamic acid detergent composition reduces earthenware spotting through ion complexation without relying on persistent phosphonates.

A carbonate layer forms on sodium hydroxide solids via carbon dioxide reaction, preventing skin burns and moisture absorption.

Benzenediol surfactant composition reacts with iron to form a colored chelate, eliminating hydrogen sulfide odor while providing visual contamination signals.

Gel formulations prevent acid runoff and minimize occupational hazards by maintaining optimal contact with fouled cooling tower fill materials.

Solubilized aluminium hydrate mediates reduced alkaline builder levels, preventing severe caking while maintaining mild wash liquor pH.

Silicate-polyol-surfactant composition accelerates pollutant removal from soil and water, cutting treatment duration from months to days.

A water-soluble laundry sheet uses controlled foamability and drape stiffness to balance structural integrity with ease of cutting.

Aqueous cleaning composition uses hydrophilic surfactants and hydrotropes for stable alkaline residue removal.

Hydratable alkaline components solidify the precursor, preventing component separation while maintaining high chemical activity levels.

Alkaline detergent and acidic rinse aid react to form insoluble oxide nanoparticles on dishware surfaces.

Sodium tungstate protects ferrous metal surfaces from nitrogen fertilizer corrosion while preventing sludge formation and foaming.

Bentonite and sodium sulfate form coloured detergent particles with low apparent density through intensive mixing and granulation.

Balanced hydrotrope and sequestrant levels maintain pH stability while delivering effective soil emulsification at low concentrations.

Organopolysiloxane defoamers use bridging-stretching mechanisms to collapse foam rapidly while maintaining constant viscosity over time.

Shaped abrasive particles use an anchoring element to mechanically interlock with the substrate, preventing particle separation and rolling during cleaning.

An acetone-free nail polish remover composition uses a polyol and alkyl carbonate base to dissolve water-based enamels.

Specific calcium to magnesium ratios with gluconate inhibit corrosion while preventing visible scale formation on treated substrates.

Segmented microcapsules with electrostatically assembled polymer shells prevent fragrance loss during rinse cycles while enabling controlled release on fabrics.

Multilayered vesicles stabilize phosphate-free liquid detergents, preventing phase separation without acrylate polymers.

Silicate-based maintenance liquid prevents nozzle clogging by removing solidified ink residues and protecting metal components from corrosion.

A polysaccharide hybrid polymer composition improves rinse water drainage in cleaning formulations.

A liquid detergent uses branched anionic surfactants to maintain stable viscosity while ensuring fast dissolution and effective cleaning performance.

High alkaline-solvent composition disrupts polymerized zero trans fat soils, reducing cleaning costs by breaking stable residues at elevated temperatures.

Optimized silicate levels combined with dispersant polymers prevent visible filming on metal substrates while maintaining rheological stability.

Pre-saturated wet wipers remove oral debris and kill plaque bacteria without rinsing, replacing bulky ultrasonic cleaners.

A solid alkaline degreaser composition removes heavy baked-on soils from aluminum wares using surfactants and chelants.

Replacing organic opacifiers with inorganic divalent cation salts resolves the trade-off between aesthetic quality and ecological acceptability.

Merges inorganic and organic bases at specific molar ratios to prevent phase separation and precipitation in concentrated liquid detergents.

Betaine functionalized alkyl polyglucosides remove food soils from hard surfaces using renewable bio-based surfactants.

A hard surface rinse aid composition uses nonionic alcohol alkoxylates and reverse block co-polymer surfactants to improve sheeting and wetting.

Segmenting fragrance into free and encapsulated forms adjusts release duration without increasing formulation complexity or sacrificing solubility.

Non-oxidizing cleaning compositions remove post-CMP residues via ribosylpurine inhibitors, preventing copper metallization damage and dielectric corrosion.

A liquid dishwashing composition uses a linear and branched anionic surfactant mixture to generate stable suds.

A cleaning composition removes post-CMP residues from microelectronic surfaces using organic amines and corrosion inhibitors.

A specialized detergent formulation removes tough diaper soils using amino acid surfactants and chelating agents.

Aqueous composition using dicarboxylic acid to dissolve cryolitic deposits without borate compounds.

A cleaning liquid uses perhalogen and halogen acids to remove RuO2 residues from semiconductor substrates after chemical mechanical polishing.

A synergistic mixture of iminodisuccinic acid and tetrakis(hydroxymethyl) phosphonium sulfate forms a water-soluble complex with iron solids.

A phosphate-free dishwashing gel uses a polyacrylate and carboxymethyl inulin blend to reduce water spots on dishes.

A post-CMP cleaning composition uses reducing agents and surfactants to remove particles from polished surfaces.

Combining AES with 13.9 to 14.6 carbon atoms and LAS generates viscosity without external thickeners, reducing formulation cost.

Benzotriazole derivative and phosphonic acid protect metal surfaces during acidic cleaning.

Segmenting cationic color-absorbing fibers from anionic surfactants prevents electrostatic adsorption that reduces cleaning performance.