Other Chemical Processes TRIZ Cases

Non-crimped single fibers with high stiffness allow mini-pleats processing without increasing structure pressure drop.

Polyolefin encapsulant with specific crosslinking parameters suppresses apparatus contamination and solar cell cracking while maintaining long-term reliability.

Basic pH CMP slurry with cationic polymer achieves selective silicon nitride removal on patterned wafers without oxide loss.

Silane-functionalized organic polymers compatibilize silicone blends, preventing phase separation while enhancing weather stability and adhesion.

A poly(ether-phosphoramide) polymer extracts rare earths from aqueous media via solid-liquid adsorption.

Non-magnetizable shaped abrasive platelets in structured composites improve cut performance while preventing deep scratches on workpieces.

Silane coupling agent coats composite tungsten oxide particles to create infrared absorbing powder with improved chemical stability.

Silane-functional polymers eliminate methanol release and organotin toxicity while maintaining structural integrity through renewable plasticizers.

1234yf and R-134a azeotropic compositions eliminate ozone depletion potential while maintaining global warming potential below 500.

Hydrophobic lipid adsorption creates stable active sites that resolve polymer backbone degradation during high-density functionalization.

Kaolin particles reinforce the butyl rubber sealing member to suppress thermal degradation and crack generation during high-temperature reflow processes.

Scale-like fillers aggregate with fluorine compounds in a coating layer to provide stable repellency against viscous oil-containing liquids like curry.

A polymer nonwoven filter material modified via supercritical carbon dioxide to fix surface agents without chemical solvent residues.

Specific pouring rates during reversed-phase suspension polymerization reduce residual dispersion medium odor while maintaining production efficiency.

A tungsten-molybdenum catalyst preparation method using controlled pore volume ratios to support active components on inorganic carriers.

Cold plasma treatment modifies soy proteins in HVAC filters, resolving the trade-off between high filtration effectiveness and environmental sustainability.

A multi-core ferrule polishing material uses nanoscale silica abrasive grains dispersed in a resin binder to achieve uniform optical fiber heights.

Feeding a disposable grinding packet through the shredder restores blade sharpness, eliminating maintenance downtime and reducing replacement costs.

Resin bonded sorbent materials integrate molecular sieves into thermoplastic matrices to create multifunctional structural components.

A palladium CMP fluid combines 1,2,4-triazole with a phosphorus acid compound to dissolve metal byproducts and coordinate palladium ions.

A multi-component desiccant composition comprising silica, aluminum, bicarbonate, and calcium increases porosity to enhance water vapor adsorption capacity.

Moisture-triggered de-blocking of orthoformate groups accelerates curing while eliminating VOC emissions.

Titanium organotitanate filters remove siloxanes without absorbing alkanes, preventing sensor toxification and maintaining detection sensitivity.

Composite particles blend sodium bentonite with limestone fillers to reduce bulk density while maintaining clumping strength.

A multimodal adsorption medium with covalently bonded ligands provides high binding capacity and reproducible performance.

Optimized water-soluble polymer parameters reduce light point defects while maintaining high polishing speed and substrate surface quality.

Magnesium oxide coating on a vanadium catalyst prevents potassium deactivation while maintaining ammonia and nitric oxide conversion rates.

Stainless steel encapsulation film with optimized moisture adsorbent content blocks oxygen and absorbs bending stress caused by thermal expansion mismatch.

A sealing agent production process filters latex aggregates from a mixed solution using a mesh filter to ensure liquid consistency.

Sequential shredders in a belt dryer break down dried polymer gel fragments, achieving 1-9 mm particle size distribution for reliable pneumatic conveying.

Deformable insertion plugs eliminate bypassing in radial flow columns by filling gaps between the carrier bundle and inlet or outlet plates.

Adding metal cations before surface cross-linking mitigates absorption deterioration while maintaining gel strength in super absorbent polymers.

A condensation-curing silicone release agent incorporates a polyanion-coordinated conductive polymer complex to deliver stable antistatic performance.

Modified zeolite crystals incorporate a functional polyolefin compatibilizer to improve dispersion within organic polymer matrices.

Resin coating layers capture shattered alumina particles to eliminate magnetic disk contamination while maintaining surface flatness.

Polyurethane insulated glass sealant combines hydrophobic monomers with isocyanate to resolve mechanical strength versus weatherability trade-offs.

Sheet-like prepreg with porous support and specific epoxide composition resists warpage in fan-out wafer-level packaging.

A silicone resin encapsulant uses aryl-silicon ratios to enhance refractive index and adhesive strength.

A dimeric pentadentate chelator structure binds metal ions cooperatively to capture histidine-tagged proteins with high affinity.

A porous matrix prevents gel blocking in superabsorbent cores, maintaining rapid liquid flow and high capacity.

Concave sidewalls on elongate ceramic abrasive particles create sharp ridges that improve abrading performance while avoiding extrusion curling defects.

Controlled thermal post-treatment of polycrystalline porous Al2O3 bodies enhances grain toughness and embedding performance.

Composite aqueous treating agent prevents rubber seal sticking and reduces friction during assembly without liquid deposition pollution.

An organosilicon primer with silanol groups bonds a cured fluorinated layer to substrates, solving poor adhesion from low surface energy.

Phenylboronic acid ligands on modified cellulose aerogels resolve mechanical instability and toxicity issues in glycoprotein separation.

Solid particles convert colloid solution into a solid mixture for crosslinking, removing dispersing agents that cause inflammation.

Modified fumed silica in polishing slurry removes surface protrusions from amorphous carbon layers, addressing flatness issues caused by strong carbon bonds.

An exterior glycerin layer on solid ice melters prevents caking and bridging while enhancing melt value through reduced surface tension.

Protease removes allergenic proteins from rubber latex, improving temperature stability and simplifying production.