Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

See how a Winsor II microemulsion with solid particles enables concentrated surfactant delivery

See how modified zinc oxide particles bond with synthetic polymers to deliver UPF 50+ protectio

See how modified zinc oxide particles bond with synthetic polymers to provide wash-resistant UV

See how zinc oxide particles modified with reactive groups are incorporated into rayon during v

See how a composite cleaning capsule uses inert filling to maintain structural stability under

See how modified zinc oxide particles bond with synthetic polymers to provide UV and antimicrob

See how time-delayed metering of surfactants and polymers improves dishwasher cleaning and dryi

See how C6-C20 polyamines replace phosphorus detergents to remove waxy lip cosmetics in warewas

See how alkaline compositions with branched polyamines remove waxy lip cosmetic soils without p

See how a surfactant-glycol ether spray composition generates controlled suds, eliminates pre-m

See how a phosphorus-free organic acid blend neutralizes residual alkali and removes iron depos

See how a multi-layer wet wipe with density-differentiated layers and triggerable binder achiev

See how coating artificial leather with reactive adsorbent followed by washing immobilizes and

See how hydrophilic silica particles in high-density detergent granules create dissolution path

See how hydroxycarboxylic acid and organic acid sources replace hazardous strong acids to preve

See how a flocculating agent agglomerates food soil particles before hydrocyclone separation, r

See how crystallized triglycerides, anionic surfactants, and organic alcohols reduce shear sens

See how low-molecular-weight cationic polysaccharides prevent mineral spotting and filming on d

See how alkali cleaners combined with anionic dispersants prevent fines swelling in papermaking

See how internal olefin sulfonate with 17-24 carbon chains softens textiles while maintaining w

See how a sulfamic acid-PEG powder formulation solves descaling transport and corrosiveness iss

See how composite cleaning particles combine thermoplastic polyamide with dense inorganic fille

See how a thermolysin-based protease coating enzymatically degrades insect stain proteins, enab

See how a clay-carrier particle isolates hueing dye to prevent bleeding during storage and spot

Engineered CE-7 perhydrolases raise peracid yield and selectivity over hydrolysis, enabling more stable disinfectant and bleaching formulations.

Bleached nut shell abrasives enable low-particle liquid scouring that cleans tiles, steel, and plastics while limiting surface damage and residue.

Phosphorus-free acid formulations use selected acids, chelants, and surfactants to remove tough soils and control scale in warewashing.

A polymer, phosphonate, and bleach catalyst system limits filming and spotting on plastic items while avoiding polyphosphate in automatic dishwashing.

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

Fine diamond particles in an alcohol wipe remove oils and dirt, restoring diamond brilliance without surface damage in home cleaning.

A surface-tuned hydrophobic antifoam stays inactive during washing but suppresses foam on rinse, cutting hand-wash water use and time.

A pH-controlled acidic cleaner uses volatile aldehydes and acid catalysis to remove limescale and neutralize amine and sulfur malodors.

A low-polyphosphate dishwashing liquor uses polymer, phosphonate, and bleach chemistry to prevent filming and spotting on glass and plastic.

An antifoam stays inactive during washing to preserve lather, then suppresses rinse foam as surfactant concentration drops, saving water and time.

Amphiphilic polymer pellets cut water and detergent use while maintaining fabric cleaning performance and avoiding solvent residue concerns.

An alkyl alkoxylate sulfate and nonionic blend improves wetting, emulsifies wax and oil, and keeps foam low in alkaline textile scouring.

A foaming spray surfactant and glycol ether composition speeds dish cleaning, cuts detergent waste, and limits overspray inhalation risk.

Protease embedded in clearcoat breaks down insect and other biological stains, enabling gentle rinsing without damaging polymer coatings.

A slow-dissolving tablet preserves enzyme activity while releasing biocide over months to prevent drip tray biofilm and drain blockage.

Amine-containing polymer-coated capsules improve fragrance deposition uniformity across fabrics while maintaining stable delivery and longer-lasting effect.

Selected non-phosphorous acids with chelants and surfactants improve ware cleaning and scale control without phosphate-related concerns.

Metal periodate and silicate in a hypochlorite bleach reduce fabric yellowing and metal corrosion while maintaining whitening performance.

Glycosyl hydrolases biopolish fabric surfaces in detergent compositions, improving hueing agent deposition and perceived whiteness.

A low-water bleach dispersion uses surfactants, solvents, and suspension agents to prevent phase separation and activity loss under wash-cycle heat.

Cosolvents, surfactants, and oligosaccharides improve ester solubility and mixing while preserving CE-7 enzyme stability in peracid generation.

Apertured reusable laundry additive container dispenses eco-friendly softener across wash and dry cycles while reducing chemical exposure and replenishment.

A phosphate-free reactive dye wash restores faded black and dark garments in three or fewer treatments with simple single-use dosing.

Spray-dried CE-7 enzyme powder with oligosaccharides preserves perhydrolase activity in low-log-P solvents for stable on-demand peracid production.

Hydrotropes keep α-sulfofatty acid ester surfactants soluble in cold, hard water, improving detergency, reducing residue, and extending shelf-life.

Preformed dinuclear manganese catalysts enable hydrogen peroxide bleaching at pH 11-13 with very low catalyst loading while improving pulp and cotton whiteness.

Solid granules with effervescent and foaming agents improve toilet bowl cleaning while avoiding rapid dissolution, powder inhalation, and harsh liquid handling.

An iron-based bleach catalyst enables high-pH particulate detergent to remove curry stains without hydrogen peroxide or peroxygen bleach.

Low-pressure pressing or vibration shapes self-solidifying cleaning blocks with a binding agent, avoiding high-energy equipment and enabling larger solids.

A single apparatus combines ultrasonic cleaning, alkaline treatment, and coating stripping to cut lens processing time, chemicals, and waste.

Dipicolinic acid with polyepoxy succinic acid polymer helps a water-soluble dishwashing pouch improve glass clarity and shine.

A bleach system combining dipicolinic acid, TAED, manganese catalyst, and sodium percarbonate boosts tea stain removal in water-soluble dishwashing pouches.

Spray-dried citrate and carboxylate polymer granules improve water hardness removal while reducing hygroscopicity and stabilizing detergent ingredients.

Dry expanded perlite strips grease from floors by abrasion and absorption, avoiding water, detergent residue, slip risk, and waste.

Plant polysaccharides replace PVA in detergent tablets to avoid microplastics while preserving molding quality, dissolution, and cleaning.

A two-granule surfactant composition boosts early suds formation while controlling foam reduction through the wash cycle.

A segmented surfactant granule balances rapid suds formation, sustained foam during washing, and efficient suds reduction at the end.

A solid alkaline cleaner uses multiple alkalinity sources, chelant, and surfactant to remove baked-on grease without film or residue.

A concentrated carpet cleaning compound uses less water and sawdust adsorption to lift dirt, control odors, and cut refill time on large floors.

Evaporation to 30 wt.% water or less, followed by cooling, forms stable amorphous aminopolycarboxylate solids for detergent use.

A lower-pH degreaser using monoethanolamine, surfactants, and benzyl alcohol removes polymerized oven grease while reducing corrosion and PPE needs.

PBTC inhibits calcium carbonate deposition in hypohalogenite bleach, preserving fabric integrity and whiteness over repeated washes.

Less basic zinc or bismuth salts in catalyst co-granules improve dosing uniformity, storage stability, and bleaching activity.

A bimodal particle-density detergent blend keeps small 15-45 g doses free flowing, accurate, and consistent in ingredient ratio.

Fluorescence-based cleaning chemistry reveals residual biological material during endoscope reprocessing, helping verify when manual cleaning is complete.

Modified proteases keep automatic-dosing dishwasher cleaners effective on dried-on meat and egg residues despite temperature variation and delays.

Glass particles and baking-soda alkalinity work together to remove firmly adhered dirt from vehicle parts faster with less cleaning waste.

Smectite clay with non-polymeric amines and metal salts enables uniform rinse-cycle deposition for fabric softening with lower wastewater burden.

Anhydrous sodium sulfate scavenges water in cast warewash detergents to prevent post-chilling cracks and keep high-granule solids stable.

Solid enzyme and softener particles in a polymer detergent tablet prevent heat deactivation and precipitation while enabling washing and softening.

A binary benzyl alcohol and glycol ether cleaner removes greasy burnt-on oven deposits at room temperature with controlled caustic action.

A coating layer separates oxygen- and halogen-based oxidizers to limit heat and gas generation while preserving water treatment efficacy.

Sodium chloride cures a carrageenan gel matrix to balance fast dissolution with stable delivery of perfumes, softeners, and other benefit agents.

Suspending enzyme particles with water-soluble salts and natural viscosity regulators keeps detergent slurries stable, uniform, and cost-efficient.

Bubbles and Plateau channels create capillary water paths that help a laundry detergent sheet dissolve quickly in low-temperature washing.

A polycarboxylate polymer system in high-alkaline warewash detergent limits scale and soil redeposition without phosphorus.

Solvent dosing before pH adjustment avoids viscosity peaks in hand dishwashing liquids, improving mixing homogeneity and reducing process energy.

A surfactant blend without alkylbenzene sulphonates keeps liquid cleaners clear and temperature-stable while removing oily soil.

An amine-free stripper using inorganic base, azoles, and surfactant removes dry films on fine circuits without irritating odor.

Solid softening particles let users dose with detergent in the wash while avoiding liquid incompatibility, precipitates, and cleaning loss.

C8-C10 fatty acids help solubilize cloudiness-causing perfume in surfactant detergents, improving clarity, stability, and fragrance consistency.

Inorganic-shell capsules on a water-soluble nonwoven improve fabric deposition and retention while reducing petrochemical shell content.

A surfactant blend of anionic and amphoteric agents delivers foam, water sheeting, and stainless-steel cleaning without alkylbenzene sulphonates.

Specific protease amino acid substitutions improve storage stability and catalytic stain removal in liquid textile detergents at pH 9-12.

Air-liquid foam dispensing improves produce coverage and removes waxes, hydrophobic residues, and microbes without soap-like aftertaste.

Alcohol ethoxylate and a rheology modifier keep encapsulated fragrance slurry dispersed, heat-stable, and fully dissolvable in unit dose packs.

Solid anhydrous cleanser concentrates replace single-use plastic packaging while preserving formulation stability and cleaning performance.

Non-hydroxide solid cleaner tablets use acids and tailored surfactants to dissolve quickly while maintaining degreasing performance without PPE.

A low-pH cleaner using reducing and chelating agents removes ceria CMP residues from wafer surfaces without damaging poly silicon.

Oxidized starch enables an alkaline ware washing composition to combine cleaning, sheeting, and drying while removing the separate rinse aid step.

Ethoxylated glycerol esters help machine dishwashing detergents cut stain and film formation while improving rinse aiding, drying, and foam control.

A carbonate-acid tablet uses synergistic surfactants and glycerin to dissolve quickly while delivering stable foam at low surfactant levels.

A polysaccharide-based solid caustic detergent controls dissolution over multiple wash cycles, enabling dispenser-free ware cleaning in small spaces.

Specific polymers in spray-dried chelating granules curb yellowing and preserve builder performance during storage in cleaning formulations.

A directed gas flow removes abrasive zeolite dust near heated sealing jaws, reducing detergent leakage and extending jaw life.

Solid detergent tablets, granules, or sachets remove water and plastic packaging while maintaining stable formulation and liquid-like cleaning performance.