Organic Detergent Compounding Agents TRIZ Cases

A copolymer dispersion with controlled alkyl chain lengths forms associative networks to thicken aqueous media.

Leuco polymers transform colorless to colored states upon oxygen exposure, countering textile yellowing without build-up.

Cyclic compounds with carboxylate groups replace phosphates in dishwashing detergents, maintaining plaque inhibition during low-temperature cycles.

A post-CMP cleaning composition uses sulfur-containing compounds to remove benzotriazole films from copper surfaces.

A cleaning composition uses a hydrophobic polymer and surfactant system to form a protective film on surfaces.

Sulfonate group-containing copolymers inhibit surfactant deposition and prevent gelling in hard water conditions.

Silicone-based serum floats on detergent to prevent fabric aging and extend clothing lifespan.

Synthesized terpolymers with sulfonate groups bind calcium ions effectively for detergent applications.

Amino acid and glycerin blend creates self-preserving liquid detergent with reduced skin irritation.

Aqueous surfactant cleaning agent combines C6-C10 fatty alcohol sulfate with glycerol to deliver streak-free floor cleaning.

Amine oxide surfactant cleans greasy soils while reducing organic solvent content.

Aqueous sulfonic acid and chloride composition removes tin from EUV masks.

Incorporating ethoxylate ingredients sourced from captured carbon dioxide reduces environmental impact while maintaining fragrance quality and viscosity.

C12 phosphate functionalized alkyl polyglucoside surfactants remove food soils and grease from hardsurfaces without solvent dependency.

Aminocarboxylate polymer replaces phosphates to prevent aquatic plant stimulation while maintaining cleaning performance.

A chelating agent mixture of MGDA and amino acid derivatives enhances solubility in aqueous solutions.

A cellulase and nonionic surfactant composition degrades bacterial cellulose deposits through synergistic enzymatic hydrolysis.

Anhydrous granulating process produces stable bleaching-agent co-granules with manganese catalysts and carboxylate binders.

Oligohydroxybenzoic acid amides remove bleachable stains without bleach, preventing polymerization of polyphenolic dyes.

A chelating agent composition cleans cobalt substrates while preventing corrosion.

Liquid detergent formulation combines amine oxides with quaternary ammonium compounds to deliver effective antibacterial action.

An aprotic solvent mediates benefit agents to prevent hydrolysis, ensuring consistent performance during storage.

A cleaning booster polymer reduces surfactant loading while maintaining primary cleaning performance and biodegradability.

Phosphonate complexing agents stabilize polymer concentrations in liquid detergent formulations.

Combining specific polymer solutions at controlled pH levels forms homogeneous granular blends with high bulk density.

Sulfonic acid copolymers and methylglycinediacetic acid replace phosphates in dishwasher detergents, maintaining water softening and stain removal.

Acidic or alkaline cleaning agents remove carbon and oxides from cadmium telluride surfaces to improve electrical connection quality.

Polyglycerol methacrylate polymers coat surfaces to prevent toughened soil adhesion, reducing cleaning effort and avoiding harmful residues.

Polyvinylpyrrolidone particles in shaped detergents enable fast disintegration, maintaining cleaning effectiveness at low temperatures.

A gel adhesive remover composition uses non-halogenated solvents and thickening agents to dissolve residues on aircraft surfaces.

A cleaning formulation containing an insect growth regulator controls household insects on hard surfaces.

Polyether-modified phosphoric acid esters deliver surface gloss through light reflection modification.

A photoresist stripper solution using dimethyl sulfoxide and quaternary ammonium hydroxide to maintain liquid state at low temperatures.

Metal complexes with specific ligands improve burnt-in soiling removal in automatic dishwashing detergents.

Partition walls isolate incompatible ingredients in aqueous cleaning packs, preventing moisture migration and chemical interactions during storage.

Glutamic-N,N-diacetate combined with water stabilizes dispersed bleach particles, maintaining activity after storage.

Single charge neutralization with metal ions enables high molecular weight copolymers while reducing residual dicarboxylic acid monomer levels.

A laundry treatment composition uses acid azine dyes to deposit true blue shades on cotton fabrics.

Segmenting the wash cycle with aminocarboxylate builders removes hydrophilic body soils that standard surfactants cannot lift from fabrics.

Reflux cooling pre-condenses aspartic acid to prevent caking during polycondensation.

A non-fibrous laundry detergent sheet incorporates lines of frangibility to separate the material into distinct sections.

Phosphoric and nitric acid cleaning solution removes beerstone without caustics, enabling recyclable reuse that cuts waste disposal costs.

Biodegradable core-shell microcapsules resolve the contradiction between fragrance leakage resistance and environmental degradation through parameter changes.

Optimized cationic polymers bind to textiles via electrostatic attraction, preventing dye bleeding from colored fabrics into wash water.