Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

See how multi-layer inorganic-shell capsules regulate perfume leakage through microchannels, en

See how acidic rinse liquor with metal sequestration agents removes calcium and surfactant resi

See how acrylic copolymers and low HLB surfactants stabilize high-alkalinity liquid detergent e

See how a coating layer on solid chlorine bleach particles prevents heat generation and contain

See how combining cationic acrylic polymer emulsions with silica gel and zeolite achieves broad

See how spray nozzle atomization of catalysts and humectants cuts garment finishing water use b

See how a triple-free detergent uses low-pH surfactants, sodium percarbonate, and hydrous sodiu

See how polymer blends and low HLB surfactants stabilize high-alkalinity liquid detergent emuls

See how weak organic acids replace hazardous strong acids in laundry sour formulas to neutraliz

See how weak organic acids replace hazardous mineral acids to neutralize alkali and prevent iro

See how nanobubble cavitation activates oxidizing and surfactant formulations to remove pitch a

See how a protease enzyme coating degrades insect stain proteins without oxidizing polymer surf

See how sequential acidic soaking and alkaline washing steps balance cleaning performance with

See how an acidic wash stage (pH 2.0–3.0) followed by controlled abrasive force balances fabric

See how a preliminary acidic soak followed by alkaline wash balances cleaning performance with

See how acidic soaking at pH 2-3 followed by controlled abrasive force balances fabric care wit

See how reactive-group-modified zinc oxide particles incorporated into rayon fibers provide lig

See how optimized soap-to-surfactant ratios in compressed tablet formulations maintain cleaning

See how hexosaminidase enzymes from the Terribacillus clade degrade PNAG biofilm components to

See how pre-washing with detergent-free water, enzyme-surfactant tablets, and post-washing cycl

See how a pH-sensitive color indicator in powder cleaning composition provides visual feedback

See how a core-shell particle composition uses acrylamide copolymers and fatty acid modified si

See how a water-soluble pouch with staged release of complexing agent and bleach catalyst impro

See how a protease-based coating enzymatically degrades insect stains on high-gloss surfaces, e

See how hydrated salts dissolve in their own crystal water at controlled temperatures to elimin

See how sodium acetate trihydrate replaces PEG as a fragrance carrier, dissolving in its own cr

See how a polyethylene glycol pastille with encapsulated perfume enables independent scent dosi

See how a reducing agent with controlled redox potential cleaves disulfide bonds in heat-denatu

See how hexosaminidase enzymes hydrolyze PNAG biofilm components to eliminate malodor and redep

See how fatty acids and divalent salts replace traditional opacifiers to achieve cloudy-white a

See how a PEG-based pastille with free and encapsulated perfume enables independent scent contr

See how integrating ozone and hydroxyl generators into chemical injection lines maintains clean

See how a PEG-based pastille with friable microcapsules enables independent scent dosing to pre

See how engineered lipolytic enzymes with polyesterase activity reduce pilling and graying on p

See how a binding system with anionic surfactant and sequestrant prevents premature reaction be

See how separate basic and acidic solution tanks prevent pH breakdown, maintain oxidizer stabil

See how reactive-group-modified zinc oxide particles incorporated during rayon fiber spinning p

See how a needled fiber carrier disperses zeolites and solid builders in liquid detergent, rest

See how separate storage of base solution and hydrogen peroxide preserves cleaning stability an

See how water-soluble nonwoven fabric sheets replace synthetic resin wipes to remove penetrated

See how a foam-based cleaner composition with pH control and surfactants cleans evaporator coil

See how a concentrated acid delivery system lowers wash liquor pH below 6 to remove persistent

See how alkaline cleaning compositions with branched polyamines remove long-wearing lip cosmeti

See how soil release polymer compositions restore hydrophilicity and wicking in performance tex

See how combining alkylated phenol antioxidants with metal ions in wash liquor prevents oxidati

See how optimized mass ratios of C16-C24 internal olefin sulfonates with clay or silicone softe

A thermolysin-like protease coating breaks down insect body residues on polymer surfaces, enabling gentle rinsing without coating oxidation.

Acid-polymer-treated zinc oxide binds to fabric during washing, adding durable UVA and UVB protection without heavier textiles.

An inert swelling filler gives the cleaning capsule coffee-like flow resistance, helping detergent reach residues and calcification throughout the brewing chamber.

ZnO nanoparticles bonded with silane and silica give fabric durable UVA/UVB protection without heavier weaves or reduced comfort.

A low-logP cosolvent dissolves ester substrates for faster mixing while preserving CE-7 enzyme activity and storage stability in peracid generation.

Separate peroxide and carbonate liquids are mixed just before textile cleaning to preserve oxidizing power, cut prep time, and avoid residues.

Controlled C10-C13 alkyl chain distributions improve surfactant solubility and foam in cold or hard water while supporting biodegradability.

Zinc oxide nanoparticles and silane coating give fabric durable UVA/UVB protection, fire resistance, and reduced fiber and color degradation.

Treated zinc oxide particles added during washing give fabrics durable UVA/UVB protection without heavier weaves or costly manufacturing changes.

Anionic surfactant balances nonionic cleaning and smectite clay softening, reducing clay residue on hand-washed fibrous articles.

A capsule film balances high tack temperature with fast cold-water dissolution, keeping detergent packets stable in storage and quick to release.

A sulfonate-PEG polyester copolymer keeps polyester oligomers dispersed in acidic dye baths, reducing redeposition, spots, foam, and yarn breakage.

A low-log-P cosolvent improves ester solubility and viscosity, enabling rapid enzymatic peracid generation without major enzyme activity loss.

A CE-7 enzyme, cosolvent, surfactant, and buffer formulation improves ester solubility, lowers viscosity, and preserves enzyme stability.

Adding a substantially undissolved buffer helps CE-7 esterase retain perhydrolase activity during storage in carboxylic acid ester formulations.

A fungal serine protease resists denaturation and auto-proteolysis in liquid detergents while maintaining stain removal at lower wash temperatures.

Spray-dried CE-7 enzyme powder with oligosaccharide excipient preserves perhydrolysis activity during storage in low-logP solvents.

Low-MW PEI with surfactants, builders, and enzymes lifts polyphenolic stains without bleach, reducing fabric damage and hard-water interference.

Coated nut shell or vegetable abrasive particles improve scouring while limiting surface damage and avoiding brown residue stains.

A substantially undissolved buffer stabilizes CE-7 perhydrolase activity in carboxylic acid ester formulations for reliable peracid production.

A phosphate-free reactive dye blend restores faded black and dark garments in three or fewer washes while improving dosing safety.

A sulfonic-acid copolymer blend with nonionic surfactant replaces phosphates while preserving dishwashing, rinsing, and film inhibition.

A protective suspension agent and cross-linked shell prevent dissolution during emulsification while enabling controlled release in consumer products.

A chelating, reducing, pH-tuned cleaning composition removes post-CMP residues from hydrophobic carbon and SiC while protecting copper and dielectrics.

An aqueous cleaner using a complexing agent and aminoalkyl alcohol removes substrate residues while protecting cobalt, copper, tungsten, and dielectrics.

An alkaline peroxide cleaning composition removes hard masks while limiting aluminum nitride etching and protecting copper and cobalt wiring.

Controlling Cu, Fe, and Zn particulate metals in semiconductor treatment liquids suppresses defects and supports fine resist patterning.

A post-CMP cleaner combines bases, alkanol amines, and corrosion inhibitors to remove residue while protecting exposed copper and cobalt.

Fluoride-releasing chemistry with specific metal ions removes zirconium residues while protecting metal layers in semiconductor substrate processing.

An aroma-infused washer fluid uses the windshield and HVAC airflow to spread fragrance through the cabin without separate air fresheners.

A dual-inhibitor CMP slurry balances copper removal with passivation to limit dishing and corrosion during wafer polishing.

Controlling Cu, Fe, and Zn particulate metal at ppt levels helps treatment liquids suppress defects and preserve fine resist pattern formation.

A solvent-amine remover strips photoresist cleanly while protecting metal posts and structures from corrosion in semiconductor fabrication.

A dual-surfactant organic-acid cleaner targets tungsten CMP metal and organic residues while preserving wafer flatness and limiting corrosion.

Amino and hydrophilic copolymer chemistry helps remove semiconductor residues while protecting metal-containing layers and staying soluble after treatment.

A PVA-based car cleaning sheet stays solid in storage, then dissolves in water to release cleaners and avoid residue or sheet waste.

Controlled Cl−, NO2−, and NO3− levels in a hydroxylamine wash remove cobalt-process residues while preserving smooth surface finish.

A fluorine, cyclic ether, and water-soluble solvent blend removes diverse etch residues while protecting Al and Cu metal layers.

A water-based amine and organic solvent cleaner removes post-etch residues at lower temperature while limiting wafer corrosion.

A surfactant, chaotropic agent, and solvent dissolve protein-rich bug splatter so standard wiper blades can clear windshields without smearing.

A solvent-amine remover strips photoresist cleanly while limiting residue and corrosion on metal structures in semiconductor fabrication.

A periodic acid, azole, and alkali etchant removes Ru efficiently while preserving copper and cobalt layers through higher selectivity.

A low-pH fluoride, reducing-agent, and surfactant cleaner removes CMP cerium residues while protecting SiO2, Si3N4, and Si surfaces.

Removes titanium, copper, tungsten, and cobalt post-etch residues while protecting low-k dielectrics and metal interconnects.

A dual-surfactant acidic cleaning liquid improves wafer wettability, removes organic wax, and prevents contaminant reattachment.

A reducing-agent detergent lowers residual chlorine in recycled rinse water to protect stainless steel warewash machines without strong alkalinity.

A high-melting solid matrix and perforated cage enable multi-cycle active release in automatic washing with a clear visual depletion cue.