Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

A self-structuring surfactant system forms lamellar networks to suspend immiscible materials in liquid detergent compositions.

Segmented lenticular particles isolate pigment within a surfactant core, preventing fabric staining while maintaining high cleaning efficiency.

Optimizing the sodium sulfate to carbonate ratio in a lipase detergent boosts fat removal by reducing ingredient interference.

A contact lens solution combines a phosphorylcholine polymer with inorganic salts to enhance surface wettability.

Zinc salts and ethyleneimine polymers form a protective layer on glass, preventing line corrosion and clouding during mechanical cleaning.

A multi-chamber unit dose delivers borax powder and liquid detergent to remove protein stains from fabrics.

Branched fatty acid disintegrators lower surface tension in solid detergent blocks to accelerate dissolution rates.

A cleaning composition with ketone solvent, quaternary ammonium salt, and primary amine removes adhesive residues from semiconductor substrates.

Meltable coated particles release adsorbents to control transition metal bleaching catalysts, reducing cellulosic substrate damage.

A composite cleaning agent removes nitride residues using iodine oxidants and boron etchants.

Low-water gel phases incorporate water-soluble zinc salts to stabilize the matrix, preventing rapid yellowing and viscosity spikes that shorten service life.

A microemulsion cleaning composition uses surfactant and propionate to remove oil from surfaces.

Solid gel phase with enzyme granulates prevents pre-portioned detergent leakage while stabilizing protease activity on sensitive stains.

Request-based reporting reduces sidelink resource congestion and improves transmission reliability by adapting to traffic patterns.

A self-adhering cleaning composition uses basic agents to raise pH above 10.

Multi-layer segmentation isolates calcium hypochlorite from surfactants, eliminating residue and malodor while maintaining cost efficiency.

An acidic cleaning composition removes copper residues from wafers using polyamino-polycarboxylic acids and surfactants.

Water-soluble polymers complex manganese ions to prevent brown deposits and ensure storage stability in alkaline detergent formulations.

A solid cleaning agent containing imidoalkane percarboxylic acid removes deposits and biofilms from washing machines at temperatures up to 30°C.

Eutectic solubility agents in scent booster beads enable customizable fragrance duration and intensity across varying wash temperatures.

A water-soluble betaine polymer adsorbs onto silicon wafers and silica particles to prevent reattachment during rinsing.

Ultra-concentrated alkaline detergent uses biodegradable chelants to control scale in hard water while lowering safety hazards from high pH levels.

A liquid cleaning concentrate suspension maintains pumpability through controlled temperature mixing.

A detergent composition uses a polypeptide with deoxyribonuclease activity to degrade extracellular DNA in biofilms.

Hydrogen carbonate buffers alkaline dishwashing detergents to activate peroxycarboxylic acid bleaching agents, removing stubborn tea stains without phosphates.

Aminocarboxylate and bismuth salt formulations protect glass surfaces during mechanical cleaning cycles.

Magnesium ions increase calcium salt solubility to reduce equipment fouling and harsh chemical use.

A liquid cleanser concentrate uses calcined soda ash and surfactants to deliver effective cleaning power.

A phosphate-free acidic composition uses reducing agents to decolorize metal stains.

Structured detergent particles use dry neutralization to incorporate high surfactant levels without excess moisture.

Porous polyester capsules dissolve solid detergent during wash cycles and release softening agents in dryers, eliminating separate product steps.

A stable silica capsule formulation incorporates a polymeric adjuvant to maintain suspension integrity and flowability.

A surfactant mixture combines three specific compounds to enhance wetting and foaming capabilities.

Sodium citrate mediates water interaction in solid detergents, preventing swelling and eliminating phosphorus.

Self-structuring surfactants form lamellar phases to suspend immiscible materials, eliminating external structurants and resolving shear instability.

Acidic cleaning solutions with corrosion inhibitors remove copper oxide films and prevent etching to ensure uniform cap layer adhesion.

Alkyldimethylamine oxides replace Triton X-100 to lyse cells and release adeno-associated virus particles without ecotoxic residues.

Controlling free alkali below 0.01% prevents silver instability and discolouration while maintaining antimicrobial effectiveness.

A water-soluble polyvinyl alcohol pouch contains a concentrated surfactant and enzyme detergent composition for laundry applications.

Extruded abrasive particles with elongate protrusions maximize scraping surface area to improve cleaning performance while reducing surface scratching damage.

A cleaning liquid composition removes organosiloxane thin films and dry etching residues from semiconductor surfaces.

Replacing methylene chloride with THF and methyl acetate removes all paint layers in 30 minutes while improving health safety.

A sequestrant and surfactant formulation cleans dairy equipment at reduced temperatures without chlorine oxidizers.

Coating alpha-sulfofatty acid alkyl ester salt particles with a specific zeolite group inhibits solidification during storage and transport.

A biodegradable cleaning solution uses hydrogen peroxide and surfactants to clean surfaces effectively.

Sulfonimines catalyze oxygen bleaching agents to remove red and yellow stains from plastic dishes without anionic surfactant residue.