Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Polyacrylate core/shell encapsulates protect aldehydic perfumes from oxidative discoloration and leakage via antioxidant intermediaries.

Specific filler particle sizes prevent sedimentation in molten polymer matrices, ensuring consistent product quality.

A cleaning composition combines acids and surfactants to dissolve mineral deposits on surfaces.

Polyethylene glycol particles reduce moisture absorbance and caking tendency in water-soluble unit dose articles.

Segmented polymer and partially ethoxylated alkyl sulfate particles improve cleaning efficacy in solid free-flowing particulate laundry detergent compositions.

Alternating low and high viscosity cleaning solutions on a rotating substrate generates spiral flow to remove surface contaminants.

Alkyl sulfonic acid descaling composition avoids toxic fumes while removing greater than 30% of limescale deposits.

Phosphonated oligomers replace abrasive silicates in alkaline detergents, preventing corrosion and visible deposits on aluminum alloys.

A dispersant polymer with lactone end groups prevents flocculation in hard water.

Quaternary ammonium treated clay prevents phase separation and active oxygen loss in anhydrous detergent systems.

Segmenting the particle into a surfactant core and salt coating protects dyes from photodegradation while preventing fabric staining during storage.

Segmented co-granule structures protect enzymes and manganese bleach catalysts from degradation during storage, ensuring reliable cleaning performance.

A coating removal composition uses a weak metal binding agent and solvent system to strip surfaces.

Polycarboxylic acid copolymers control calcium carbonate scale and soil redeposition without phosphates or NTA, maintaining cleaning efficacy at high pH.

A water-soluble peracetic acid precursor reacts with a dry peroxide source in separate compartments to generate the active sterilizing agent on demand.

Hydrophobically modified pyrogenic silicon dioxide stabilizes particles in low-water liquid detergents.

Internal cavities within hollow core granule walls lower overall weight while maintaining structural integrity and enhancing absorption capabilities.

A GRAS cleaning composition removes biofilms and spent grain residue from fermentation vessels using surfactants and defoamers.

Composite cleaning particles combine low and high softening point polymers to resolve stability issues in automatic dishwashing formulations.

Microbubble-enhanced acoustic cavitation removes biofilms while retaining microbial viability for accurate diagnostic culturing.

Optimized surfactant ratios preserve nuclease activity while removing soil buildup and maintaining fabric whiteness.

Specific mercapto compounds form stable complexes with copper to prevent corrosion and resistance changes in semiconductor wiring during cleaning.

Orthoperiodic acid and organic acid eutectic mixture selectively removes cobalt residues without damaging semiconductor substrate layers.

A powder treatment kit uses pH modifiers and oxidizers to clean metal surfaces.

A sprayable composition cleans and waxes non-porous surfaces using hydrophobic acrylic polymers and silicone blends.

A cleaning composition uses bacterial spores to break down soils and malodor precursors through enzymatic activity.

A heavy-duty hand cleansing composition suspends insoluble particles using a specialized surfactant system.

Novel phosphoric acid esters disperse particles in liquid media while maintaining low viscosity.

A surfactant core encased in a sodium carbonate and silicate coating forms stable detergent particles.

A process prepares high activity perfume particles using molten material pre-mixes and solid intermediate steps to enhance storage stability.

High-density effervescent granules dissolve in warm water within 30 to 120 seconds, preventing overflow and maintaining visual interest.

A spray dried detergent particle forms in situ silicate salts to stabilize aqueous slurry composition.

A home care composition uses citric acid and surfactants to achieve antimicrobial activity.

Ethoxylated and propoxylated surfactants replace phosphates to prevent calcium carbonate precipitation while maintaining cleaning effectiveness.

A dilutable aqueous cleaning composition stabilizes viscosity across wide dilution ranges using a divalent metal salt and mixed surfactants.

Sequential pH cycling with polyacrylic acid creates self-standing detergent gels without conventional thickeners.

Inorganic salt shells prevent hygroscopic MGDA degradation, maintaining flowability and stability under high humidity conditions.

Polyphosphate cleaning solutions dislodge submicron particles via electrostatic repulsion, avoiding fragile pattern damage and surface underetching.

A hybrid polymer additive stabilizes hypohalite bleaching compositions.

A three-phase heavy-duty detergent cloth combines liquid concentrate with solid zeolite particles on a hydrophobic carrier.

A dishwasher composition combines strong and weak chelants with surfactants to sequester hardness ions.

A phosphate-free detergent tablet uses a specific builder system to enhance structural integrity.

Combining branched alkyl sulfate with nonionic ethoxylated alcohol surfactants creates a synergistic mixture that enhances stain removal efficiency.

Water-soluble magnesium salts prevent calcium precipitation through competitive inhibition, eliminating scaling and chelating agent complexity in hard water.

Monoethanolamine buffers pH while sodium disulfite prevents oxidation, eliminating boric acid sensitizing ingredients.

Suspended salt particles in a structured surfactant medium prevent sedimentation while preserving pourability for effective manual dishwashing.

A composite cleaning solution removes oxides from mask base materials using acid dissolution and surfactant action.

A dissolvable solid unit dose formulation uses sodium tetraborate crystals to form a structurally intact cleaning brush head.