Physical Treatment TRIZ Cases

See how plasma-treated nonwoven dressings achieve pH 2-6 to inhibit protease activity and bacte

See how plasma-treated organic fibers with a positively charged coating replace harmful glass f

See how vapor phase silanization deposits monolayer silane coatings on chopped carbon fibers to

See how controlled yarn thermal stress and fineness balance lightweight airbag fabric design wi

See how rotative tumbler ozone gas treatment replaces chlorine to prevent wool garment felting

See how a fiber-reinforced polymer layer between conductive layers prevents pinholes, resists t

See how copper and nickel coatings on carbon fiber veils form continuous conductive paths to pr

See how crosslinked silicone oil on acrylamide polymer fibers prevents fusion during stabilizat

See how separate electrospinning of polymer and crosslinking agent prevents polymer loss, enabl

See how polymer substrate fibers coated with conductive materials achieve controlled electrical

See how piezoelectric bristles and pulsed ultrasonic waves combine mechanical cleaning with ele

See how sanforizing, calendering, and waterproof treatment enable high-density woven cleaning c

See how hydrothermal treatment with HCl forms ladder-ring structures in chlorinated precursors,

See how a plasma device combines mechanical contact elements for lint and hair removal with non

See how a nonwoven fiber base layer controls elongation mismatch with metal heat-shield films,

See how dual-layer coating with blocked isocyanate and latex eliminates resorcinol-formaldehyde

See how controlled anionic and nonionic group concentrations in urethane resin enable water-bas

See how liquid crystal polyester fiber with controlled metal coating thickness and reduced fibe

See how metal-coated nonwoven fiber structures replace carbon additives to improve electrode co

See how soaking twisted carbon cords with liquid isocyanate before belt formation improves adhe

See how magnetic particles align discontinuous fibers within continuous-fiber substrates to ach

See how aqueous electrochemical grafting with aliphatic amines functionalizes carbon fibers wit

See how chemically bonding high-temperature material to a fiber template via atomic layer depos

See how carbon nanowalls formed on continuous carbon fiber surfaces create an anchoring effect

See how photoresist waste is converted into activated carbon cloth using phenolic resin and dia

See how plasma-enhanced CVD deposits fluorocarbon nanofilm from gas phase to achieve high hydro

See how pressurized gas vortex flow separates carbon fiber tows into uniformly dispersed choppe

See how combined thermal and pressure processing transforms amorphous silk fibroin into strong

See how dual-metal-coated fiber veils achieve <0.015 Ω/□ resistance to withstand 200,000 A ligh

See how dissolving fullerene C60 in polyalkylene glycol and immersing carbon fiber achieves uni

See how piezoelectric substrates generate charges under stress to attract ions that deposit on

See how aprotic solvent dispersion removes binders and surfactants to improve SWCNT film adhesi

See how a textile-based respiratory interface uses localized stiffening and flexible constructi

See how optimized infiltration temperature and pressure maximize ceramic film growth rates on f

See how layer-by-layer nanoparticle deposition replaces batch CVD to enable continuous fiber co

See how a textile respiratory interface uses localized stiffeners to balance comfort with effec

See how a plasma cleaning device uses acceleration sensors and external display feedback to tra

See how dielectric barrier discharge plasma treatment activates carrier mesh surfaces to improv

A nano-mesh oxide/metal/oxide coating reflects mid-infrared radiation while preserving visible transparency for passive heating and thermal camouflage.

See how a swing-body suspension arm transfers reinforcement fibers to winding bobbins inside a

See how plasma debundling and silane coating enable uniform carbon fiber dispersion in thermose

See how alternating transport and pressurization at short pitch creates overlapping press zones

See how dual laser generators positioned around a rotating support system treat multiple clothi

See how substituted heterocyclic thiol additives enable electret webs to achieve high filtratio

See how oxidized sugars with aldehyde groups crosslink protein fibers for permanent hair and fa

See how atmospheric-pressure plasma enables continuous water-free fabric finishing, eliminating

See how amide-bonded macrocycle grafting onto polymers increases contact area and catalytic act

Embedded adsorbent particles inside fibrous filaments filter gas and particulates while avoiding smoke contamination, channeling, and adsorbent deactivation.

Reactive oxidative species from ozone speed PAN fiber stabilization, cutting furnace time and space while maintaining uniform carbonization readiness.

Differential hydrophobic and hydrophilic surface treatment lets pure cotton fabrics move sweat outward and retain moisture management after washing.

Atmospheric-pressure plasma raises carbon fiber surface oxygen and adhesion without vacuum equipment or filamentary plasma damage.

A crosslinked fibrous matrix holds dispersed oil deep in textiles, improving wash resistance while preserving fabric feel and release on skin contact.

A microwave power gradient in an inert plasma chamber speeds continuous carbon fiber carbonization while reducing energy use, defects, and effluent gases.

Reactive isocyanate soaking lets carbon cords bond to the belt body during formation, improving adhesion, flex life, and service life.