Detergent Mixture Composition Preparation TRIZ Cases

A detergent composition incorporating a squalene hopene cyclase enzyme to enhance sebum stain removal efficacy.

Urea-based aqueous formulations with fluoride sources clean semiconductor substrates without corroding copper wiring.

A surfactant-free solvent blend removes ink residues from printing equipment using optimized evaporation and solubility ratios.

A cleaning liquid using formic acid and a solvent to remove metal residues from substrates.

Chemical composition dissolves cross-linked resist layers without thermal damage, enabling glass substrate reuse and reducing production costs.

Colophony resin adhesive anchors a semi-solid sanitary agent to toilet walls, eliminating fragile support brackets and manual handling.

Composite acid chemistry selectively removes amorphous passivation layers while protecting aluminum and copper integrity.

A polysaccharide and protein coating protects detergent tablets from abrasion during handling.

Heated substrate spraying of ozone with hydrofluoric acid reduces chemical volume while maintaining high impurity removal rates.

Separate vacuum zones with a gas stream remove residues from plasma cleaning, preventing contamination in the deposition chamber.

Alkaline stripping compositions with oxidized antioxidants protect silicon wafers from etching during semiconductor manufacturing.

Iodine oxidizer and hydrofluoric acid selectively etch damaged silicon while acetic acid buffers stabilize pH, preventing surface roughness.

A 1,2-dichloro-1,2-difluoroethylene composition cleans surfaces and deposits fluorolubricants via evaporation.

Solid fabric conditioner composition utilizes xanthan gum to maintain consumer-acceptable viscosity during water dilution, reducing packaging and water usage.

A specialized solvent blend cleaner enables thorough reflux cleaning of chemical manufacturing equipment.

Ammonium carboxylates stabilize etch rates and prevent damage to underlying layers while removing photoresist and copper oxide.

Aqueous alkali sulfite and formate solution removes rouging deposits from stainless steel surfaces.

Segmented chambers pre-distribute heat-sensitive active ingredients before surfactant gelification, preventing thermal decomposition of dyes and enzymes.

Aqueous cleaning solution uses peroxodisulfuric acid and hydrofluoric acid salts to dissolve iron deposits.

A composite cleaning agent combines thermoplastic resin with glass wool to remove residues from molding machines.

Modified starch encapsulates fragrance to protect scent compounds from harsh detergent ingredients.

Alpha-glucan compositions resist enzymatic hydrolysis while improving fabric hand and soil resistance in laundry formulations.

A binary composition of 1-chloro-3,3,3-trifluoropropene and 1,2-transdichloroethylene cleans solid surfaces.

A multi-stage pretreatment uses quaternary amine salts to condition metal surfaces before applying zirconium, titanium, and silicon conversion layers.

Cyclodextrin inclusion complexes in laundry sheets intensify fragrance while neutralizing odors without excessive dosing costs.

Polyethylene glycol pastilles with microcapsules provide controlled fragrance release while minimizing perfume diffusion and formulation complexity.

High-water-content compositions remove residues and copper oxide while protecting low-k dielectrics and minimizing corrosion.

Optimizing the mass ratio of phosphoric acid ester to adipic acid ester reduces metal impurity adsorption, resolving stability versus defect trade-offs.

Adding trace organic solvent extends ozone half-life, maintaining high concentration for enhanced cleaning of organic and metallic impurities.

Isopropyl alcohol creates surface tension gradients that drive liquid flow across semiconductor wafers, eliminating mechanical-induced wafer charge and damage.

Foamed acid detergents remove infiltrated foreign material from turbine components by generating forward and counterflow streams via pressure differentials.

An organic solvent-based cleaning composition prevents metal layer etching while removing contaminants.

Curved chamber walls enable effective cooling of surfactant compositions, protecting heat-sensitive active ingredients from decomposition during gel formation.

An acidic aqueous composition containing zirconium, titanium, and aliphatic diols cleans and converts metal surfaces simultaneously.