Organic Detergent Compounding Agents TRIZ Cases

Organic acid-based low pH formulation resolves the contradiction between high alkalinity cleaning power and fabric shape retention, improving whiteness.

Aminocarboxylates and alkoxylated polypropyleneimines inhibit glass corrosion by reducing chemical influences during the washing process.

A water-based surfactant blend removes grease without volatile organic compounds.

Alkane sulphonic acid formulation removes beer stones and yeast rings, eliminating corrosive mineral acids and phosphate discharges.

A water-soluble film blends caseinate polymer with anionic polyvinyl alcohol copolymer to create a durable unit dose pouch.

A solvent blend of sulfoxides and glycol ethers removes photoresist residues from electronic substrates.

Spore-coated enzyme granules solve uniform distribution challenges for small spore quantities while preventing facility contamination.

A metal complex detergent composition degrades modified protein structures on surfaces.

A transparent solid cleaning agent pen utilizes a gel formulation to prevent liquid flow and leakage while delivering effective stain removal.

Segmenting a dishwashing detergent into distinct solid and liquid phases reduces water content, preventing sedimentation while maintaining cleaning performance.

Amine-based cleaning composition removes organic and inorganic residues from semiconductor substrates after chemical mechanical polishing.

Stabilized fluorescent dye in hydraulic fluid reveals injected fluid beneath skin, enabling immediate medical intervention.

A liquid cleaner uses a sulfonate hydrotrope and surface modification polymer to adjust viscosity.

Sulphonated carboxylate polymer enhances enzymatic activity to remove burnt-on baked-on soils from stainless steel surfaces.