Solvent-Treatment TRIZ Cases

See how UV flashlamp radiation and solvent treatment create controlled recrystallized skin laye

See how a flexible substrate with zirconium hydroxide and optimized binder ratio resolves the h

See how a composite solvent of propylene glycol methyl ether and acetic acid extracts both dyes

See how pulsed UV radiation and solvent treatment create a textured recrystallized skin layer o

See how supercritical carbon dioxide replaces water in textile sizing and desizing to eliminate

See how temporary thermoplastic stiffening enables robotic handling of textiles by increasing m

See how neutralizing alkali before drying preserves PVA water solubility, enabling core removal

See how ionic liquid partial dissolution enables aramid fiber fusion below decomposition temper

See how piezoelectric particles adhered to non-conductive fibers enable early damage detection

See how carbon nanomaterial-infused unidirectional fabrics stacked with web layers form thermal

See how ethanol vapor in a sealed bag dissolves into fabric moisture to kill odor-causing bacte

An open gel-forming fibre structure lets exudate pass under vacuum while preventing tissue ingrowth, easing removal, and conforming to wound surfaces.

Supercritical CO2 combines textile cleansing, dyeing, and post-wash in one waterless process to cut water use, contamination, and time.

Ionic liquid treatment partially dissolves aramid fibers so they can be welded and recoagulated into strong joints without added binders.

Blending gel-forming fibres with textile fibres enables rotor-spun yarns strong enough for knitting or weaving while retaining absorbency.

High-temperature pure water and airflow rinsing remove oligomers without reverse contamination, enabling stable ultra-clean wipers for sensitive optics.

Integrated dehumidification prevents water droplet formation during large batch ozone treatment, ensuring uniform bleaching and eliminating staining defects.