Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

A composite coating layer prevents moisture decomposition while releasing active oxygen to maintain high washing power during storage.

Organic solvent washing dissolves organic substances seeped into hydrophobized porous interlayer insulating films, reducing leakage current density.

High tack temperature capsules stabilize concentrated detergent during transport while dissolving rapidly in cold water.

Partially neutralized citric acid salts maintain high cleaning efficacy while reducing toxicological harm associated with low pH cleaners.

A non-corrosive alkaline cleaning composition removes polymerized soils from floors without damaging aluminum surfaces.

A dispersant polymer blend of acrylic acid homopolymer and sulfonated copolymer sequesters hard water ions in dishwashing formulations.

Composite bacterial and plant cellulose networks resolve yield stress contradictions in structured liquid detergents, preventing particle flocculation.

Deformable polyurethane foam particles in liquid compositions provide effective stain removal while preventing surface damage from hard abrasives.

A three-polymer blend in laundry detergent provides fabric care benefits.

Embossed micropillars bind hydrophobic particles with an adhesive layer, preventing dislodgment during abrasion while maintaining high water contact angles.

A biodegradable concentrate removes scale and biological deposits using a urea-hydrochloric acid reaction product.

Recombinant microorganisms synthesize branched fatty alcohols to replace petroleum sources, reducing environmental harm while improving oxidative stability.

Aliphatic amide cleaning liquid removes high molecular weight organic foulants that conventional alkaline agents fail to address.

Carbonate built detergent uses foam suppressing agents to collapse rinse foam, reducing water consumption.

Aluminum hydroxydicarboxylates replace persistent phosphates by sequestering metal ions while ensuring biodegradability.

A synthetic solid cleanser formulation uses natural surfactants to maintain skin pH at 5.5 while generating effective froth.

Phosphate-free caustic detergent removes soils while chelating acid prevents scaling from hard water.

A water hardness controlling agent combines polyacrylic acid, acrylic-maleic acid copolymer, and phosphonocarboxylic acid to manage calcium ions.

Phosphonopolyacrylic acid homopolymers control water transfer within solid detergent matrices to maintain dimensional integrity.

A citric and ascorbic acid reagent combination extracts metals from polluted soils at ambient temperature.

Replacing phosphates with sugar agents eliminates environmental harm while maintaining effective detergency and anti-redeposition properties.

Pre-treatment solution softens carbohydrate soils, reducing cleaning time and water usage by 30%.

A scrub soap manufacturing method combines shirasu and hollow shirasu with a fatty acid composition to create a homogeneous soap basis material.

Applying sodium carbonate solution prevents spray nozzle blockage during bitter pill manufacturing.

Succinoglycan and xanthan gum thickeners maintain abrasive particle suspension in acidic cleaning compositions.

Fluorine-based additives in the envelope film prevent premature dissolution, resolving the contradiction between washing solubility and storage reliability.

Alkaline detergent formulations using phosphinosuccinic acid adducts chelate calcium and magnesium ions to inhibit hard water scale formation.

Low pH formulation with anionic, non-ionic, and zwitterionic surfactants removes tenacious hydrophobic stains without damaging fabric.

Low hydrotrope solid rinse aid prevents spotting while eliminating metal corrosion and manufacturing complexity.

Alkali metal carbonate maintains moderate pH to remove greasy soils without PPE or laundry damage.

A cleaning liquid combining hydrofluoric acid with a tetrazole compound to remove residues while protecting cobalt surfaces.

Polyalkylenimine and acid combination reduces water contact angle on glass, eliminating residue left by traditional cleaners.

A dispersant polymer with lactone end groups and specific monomer ratios enhances cleaning performance in automatic dishwashing compositions.

Smectite clay creates a non-Newtonian fluid structure that prevents gravitational separation of optical brightening agents.

Semi-aqueous cleaning with hydroxyl-terminated compounds and fluoride ions selectively removes silicon residues while protecting underlying materials.

A solid cleaning composition uses carboxymethyl carbohydrate polymer binding agents to control solidification rates and maintain dimensional stability.

A clean-up fluid suspends abrasive and fibre particles in water to scrape pipeline residues.

Lithium sulfate blocks nucleophilic reactions to maintain active oxygen levels, replacing boric acid and resolving environmental regulatory concerns.

A liquid cleaning composition combines anionic and nonionic surfactants to deliver superior grease removal.

Replacing non-biodegradable polymers with polyaspartic acid and graft copolymers prevents scaling while ensuring complete biodegradability.

An alkaline cleaning composition employs a strong base and organic acid buffer to remove burnt-on soils without phosphate builders.

High-pressure gas injection creates low density granules, resolving the contradiction between reliable slurry formation and excessive product density.

High-concentration sodium carbonate slurry reduces water evaporation energy while preventing core dissolution during fluidized bed coating.

Dissolving manganese salts in non-aqueous solvents resolves dosing accuracy and storage stability conflicts in dishwasher bleaching formulations.

Aqueous liquid detergent composition with potassium carbonate builder and propylene glycol diacetate.

Segmentation of conditioning agents within a carrier material ensures stable suspension in aqueous liquids while preventing residue staining on fabrics.