Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Anhydrous salt binds water as a hydrate, preserving particle strength and avoiding lengthy drying during high-perfume formation.

This case uses 0.01–20 μm non-active particles and a water-soluble fibrous structure to limit residue during washing at 5°C to 40°C.

Learn how a controlled reducing agent and nonionic surfactant remove protein-oil soils in short dishwasher cycles at pH 6–11.

A clay carrier binds polymeric colorants, keeping detergent particles hidden while releasing whitening color in wash water.

Phosphate- and sulfuric-free nitric acid cleaners use polyethoxylated alcohols and glucamides for stable stainless steel soil removal.

See how a four-surfactant, enzyme-based detergent in water-soluble PVA pouches balances temperature-stable cleaning with precise dosing.

A solid base and polyester solvent reduce water without thermal input, limiting product loss and supporting tablet formulation.

This packaged detergent gel uses fatty alcohol ethoxylate, builders, and surfactants to prevent phase separation and tailor active release.

This fabric rinse uses lysine or another amino acid to scavenge chlorine, reducing dye deterioration while maintaining enzyme performance.

This case uses a pH 10 or higher silicic acid solution to remove silica scale while reducing corrosion of membranes and metal parts.

Polycarboxylic polymers, carbonate alkalinity, and nonionic surfactant support scale control and soil dispersion on hard surfaces.

Phosphinosuccinic acid adducts support pH 10–13.5 cleaning while chelating hardness ions to reduce scale and soil redeposition.

Surfactants, polymers, and chelating agents support fermentation tank CIP cleaning while reducing excess sodium hydroxide use.

This ADW composition replaces benzotriazoles with imidazoles, polyalkyleneimines, and silicates for corrosion protection in hard water.

A sequential salt-mixing process produces homogeneous cloudy white detergent while maintaining viscosity for water-soluble pouches.

SLES, nonionic surfactants, and calcium chloride form stable opaque cleaning compositions without opacifiers or thickeners.

Fluidized-bed or spray drying with binders and carriers creates free-flowing surfactant solids while preserving cleaning performance.

A three-composition restoration approach removes stains, bonds damaged concrete, and seals surfaces for durable, cost-effective repair.

This case balances detergent loading, storage stability, and dissolution using a water-soluble polymer with polyols or metal ion chlorides.

This case uses polysaccharide absorbents and water-soluble coatings to stabilize manganese bleach granules and improve dosing.

A detergent and oxygen-source rinse aid catalyze oxidation to remove starch efficiently while limiting caustic chemical use.

A carbonate, acid, and surfactant matrix preserves enzyme activity in solid detergents for medical and dental instrument cleaning.

PEG–magnesium salt carriers balance long-lasting scent, hardness, and solubility.

A synergistic oxalic-ascorbic composition targets fabric rust stains, matching efficacy while reducing safety risks and damage.

Prefabricated tile assemblies use complementary magnetic connectors for free-floating installation and easier repair.