Inorganic/Elemental Detergent Compounding Agents TRIZ Cases

Dense reusable particles boost fabric-cleaning action, cutting water, energy, and detergent use while limiting fabric damage.

A low-logP cosolvent improves ester solubility and lowers viscosity, enabling efficient enzymatic peracid mixing and delivery.

A non-aqueous alkaline bleach suspension keeps available oxygen, viscosity, and phase stability during storage while maintaining cleaning power.

Gentle pressing or 3000-6000 rpm vibration forms larger rigid cleaning solids without high compression, melting, or ingredient degradation.

Antioxidants deposited onto elastane fabrics with surfactants help inhibit autoxidation and keep malodor from returning for longer.

A balanced surfactant ratio, anti-foam, and structurant enable one liquid detergent to clean well while controlling suds in both washer types.

A buffered acid cleaning portion removes limescale and grease in regular dishwasher cycles without harming decorations or detergent performance.

Organic acid and magnesium sulfate enable low-pH detergent particles that protect fabrics while preserving flowability and cake strength.

A tailored dispersant copolymer improves spotting and filming control in phosphate-free automatic dishwashing while inhibiting scale on glass and steel.

See how a washable acrylic binder maintains tuft-lock performance while allowing artificial turf backing layers and yarns to separate for recycling.

Organic acids, solvents, and surfactants remove polymerized soils, hard-water deposits, and stains without costly specialty additives.

A sodium hypochlorite and anionic surfactant formulation removes diverse road films at low pressure while limiting surface damage.

Amino acid-derived surfactants lower surface tension and form uniform micelles for consistent circuit-board etching and photoresist stripping.