Physical Treatment TRIZ Cases

See how multilayer weaving with offset interlinking zones enables curved cellular structures wi

See how substituted benzotriazole phenolate salts in thermoplastic electret webs improve chargi

See how peroxomonosulphate oxidation with reductive treatment achieves machine-washable wool wi

See how sacrificial fibers create porosity channels in carbon preforms, enabling faster gas dif

See how a three-layer coating system—hydrocarbon resin base, aerogel microparticles, and hydrop

See how sacrificial fibers heated to 170–400°C create porosity channels in carbon preforms, ena

See how coating carbon nanotube yarn with polyacrylonitrile eliminates amorphous core carbon, i

See how vacuum ultraviolet radiation modifies silicone elastomer surfaces to reduce coefficient

See how sulfated cellulose and copper-zinc ions chemically bind and inactivate airborne pathoge

See how coating carbon nanotube yarn with polyacrylonitrile and controlled carbonization forms

See how sacrificial fibers needled into carbon preforms create channels that accelerate gas eva

See how electromagnetic field manipulation of coated fibers replaces mechanical carding and dra

See how oxidized sugars with aldehyde groups crosslink keratin proteins in hair and fabrics, ac

See how atmospheric pressure plasma cures hydrophobic coatings in a low-oxygen environment to p

See how coating spray-dyeing with white oil carrier and plasma treatment eliminates water washi

See how non-uniform fibre cross-sections increase friction at intersections, enabling lightweig

See how ultrafine PPS fiber weaving with controlled pore size and hydrophilic treatment achieve

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

See how electrografting amino-containing polymers onto carbon fiber surfaces forms covalent bon

See how a color sensor detects dirt buildup on corona treatment ground rollers by monitoring re

See how an oil-based monomer coating eliminates textile shrinkage, wastewater, and high-energy

See how pulsed plasma polymerization deposits a thin hydrophobic coating on electronic devices

See how electron beam curing eliminates catalysts and thermal steps in siliconized fibrous webs

See how calendering and vacuum metallization produce flexible metallized fabric with thermal in

See how horizontal shutters in bobbin chamber communication paths eliminate temperature cycling

See how broadband light and wavelength division enable quantitative fabric pattern characteriza

A deployable multilayer woven preform enables curved honeycomb shaping with uniform cell deformation, higher cohesion, and industrial production.

Raising bleach pH with alkali hydroxide helps remove menstrual and perspiration stains from cotton while limiting fiber damage.

Vacuum deposition on calendered woven fabric improves infrared reflection and thermal insulation without making the textile stiff or unpleasant.

Plasma heating smooths PET reinforcement edges and lowers microhardness, improving tire cornering stiffness under high drift stress.

Low-pressure plasma polymerization deposits a halogen-free textile nanocoating that preserves breathability and resists washing and dry cleaning.

Heating sacrificial fibers out of carbon preforms creates channels that speed gas diffusion, densification, and composite production.

Fused aromatic urea or thiourea additives let electret webs charge by corona alone, improving filtration and aging stability.

Xenon excimer irradiation makes nonwoven fibers more ink-receptive, improving internal adhesion, rub resistance, and texture without surface damage.

Hot melt bonding protects selected textile regions while solvent thinning creates light and acoustic transmissivity without losing stiffness where needed.

Non-fluorinated heterocyclic imide additives help electret webs hold and distribute charge for simpler, lower-cost aerosol filtration.

High-frequency electromagnetic heating with controlled hot process gas speeds PAN yarn stabilization while limiting decomposition risk and furnace size.

Shutter-isolated bobbin chambers let reinforcement fibers be joined without furnace temperature reset or re-vacuuming, cutting restart time.

Polymerized face coatings bond rubber to low-energy textile layers such as aramid while avoiding silane or RFL adhesion treatments.

Controlled nanoscale roughness and near-circular filaments improve carbon fiber strength, modulus, and resin adhesion in composites.