Organic Detergent Compounding Agents TRIZ Cases

Segmentation and preliminary action principles enable a dissolvable film to release cleaning agents upon water contact, resolving manual cleaning difficulties.

A crosslinked glutamic acid polymer thickens liquid detergent formulations while stabilizing aqueous phases.

Catechol-functionalized polymers adsorb onto substrate surfaces from aqueous cleaning solutions to provide effective dirt-repellent protection.

Insoluble ester wax particles cushion fabric surfaces during the wash cycle to prevent mechanical damage.

Polyether polyesters reduce dye transfer and fading while maintaining color consistency in mixed loads.

Alkanolamine-neutralized linear alkylbenzenesulfonate emulsifies crystallizable glycerides to suspend particulate matter without sodium ions.

Lamellar gel phases protect active particles from dissolution, ensuring effective fabric deposition.

A liquid vehicle cleaning composition uses organic solvents and surfactants to achieve rapid dissolution in water.

Amine oxide and polydimethylsiloxane solvent composition removes contaminants without carbonizing hydrocarbons or requiring separate oxidation steps.

Phase separation isolates chelating agents from colorants in aqueous formulations, preventing fading while maintaining commercial viability.

Double N-capped peptide aldehydes protect protease activity during dilution, resolving stability-complexity trade-offs in aqueous detergent systems.

Adjusting boiler water pH above 11.3 enables polyacrylic acid to remove scale without corroding the iron base material.

A cationic polymer mediates hydrophilic perfume deposition onto cotton fabrics.

Polyoxometalate catalysts activate atmospheric oxygen to enhance bleaching efficacy at 10°C to 45°C, reducing energy consumption without peroxygen compounds.

Phosphate-free dishwashing agent removes bleachable stains using oxygen bleaching agents and builders, eliminating costly bleach activators and catalysts.

Segmented droplet sizing resolves the contradiction between high silicone concentration and difficult handling in aqueous antifoam systems.

Polyethylene oxide backbones enable microbial degradation of vinyl ester grafts, resolving biodegradability issues in wastewater treatment systems.

An acid-amine buffer system stabilizes enzymes against autolysis and denaturation, preserving cleaning effectiveness in institutional settings.

Methane sulfonic acid removes limescale and soap scum while reducing surface corrosion compared to phosphoric acid.

A liquid laundry detergent composition containing polyetheramine enhances grease removal performance.

Copolymers combining carboxylic, sulfonic, and polyalkylene oxide groups deliver cleaning and rinsing performance in automatic dishwashers.

Chemical etching removes semiconductor residues from sensor arrays, restoring signal accuracy and reliability.

Redox-initiated polymerization yields stable copolymers that inhibit calcium carbonate and magnesium salt deposits in high-temperature desalination systems.

Segmenting a detergent portion into liquid and granular phases within a sealed pouch eliminates preservative requirements while maintaining solubility speed.