Carbon Fibres TRIZ Cases

See how an ethylene/α-olefin copolymer dispersion reduces fuzz from cut carbon fiber ends while

See how bent carbon nanotubes form a cross-linked network on carbon fiber surfaces to improve m

See how controlling the K value (width-to-linear-density ratio) of carbon fiber bundles to 6.5-

See how a silicone oil-based oiling agent with optimized surfactants protects carbon raw filame

See how mixing shortened carbon fibers with fine particles and organic binder improves feed eff

See how CFRP with mechanically interlocked metal components mitigates thermal expansion mismatc

See how ozone or acid oxidation introduces functional groups on carbon nanofiber yarn surfaces,

See how controlled fibril aspect ratios and void sizes, combined with high-viscosity silicone o

See how a preliminary polymer particle layer prevents fiber dislodging and maintains flexibilit

See how a polyether compound with ethylene oxide and propylene oxide improves fiber opening and

See how a composite epoxy sizing agent with controlled viscoelastic properties balances abrasio

See how a vinyl ester and ionic polyester resin blend improves inorganic fiber bundling and sho

See how carbon filaments and graphene platelets crosslink fibers and matrix to improve compress

See how regional fiber density variation and sizing agent control resolve the contradiction bet

See how a dual-crosslinker coating with maleimide and isocyanate balances hardness and flexibil

See how a resin-coated carbon fiber non-woven substrate maintains tensile strength above 110% a

See how polyethylene glycol sizing agents with controlled mass ratios and friction coefficients

See how a water-soluble smoothing agent replaces thermosetting sizing to prevent thermal decomp

See how ultrasonic vibration flattens fragmented recycled carbon fiber into smooth, uniform sta

See how sonication and electrooxidation in mild aqueous electrolyte confer long-lasting hydroph

See how a (poly)oxyalkylene derivative and smoothing agent composition improves wettability, su

See how a silicone oil agent with controlled molecular weight and gelation time prevents fiber

See how a non-woven carbon substrate with PTFE pretreatment and three-phase boundaries improves

See how a polyamic acid-alkali agent complex enhances sizing layer thermal stability and interl

See how sulfur-based catalysts replace phosphorus compounds in mineral-fiber composites to achi

See how controlled nitric acid treatment introduces functional groups on carbon fiber surfaces

See how SiC-BN aerogel felt overcomes brittleness and high-temperature conductivity in battery

See how controlled fiber length and resin shrinkage rate in CF-SMC inhibit internal cracks duri

See how an epoxy-based sizing agent with aliphatic sulfonic acid salt and nonionic surfactant s

See how a dual-solution sizing agent with polyamic acid and polyphenylene ether overcomes epoxy

See how acid swelling followed by oxidation enables efficient recovery of long reinforcing fibe

See how a resin film applied before slitting prevents entanglement and breakage, enabling cost-

See how bent carbon nanotubes cross-linked on carbon fiber surfaces improve interfacial adhesio

See how cellulose nanofibers at 10-50000 ppm in sizing agents enhance inorganic fiber adhesion

See how an aliphatic alcohol alkylene oxide adduct combined with polyester or polyurethane impr

See how excessive twisting of LCE-coated conductive fiber creates helical structures that enabl

See how a polyamide compound with controlled constituent unit ratios and nitrogen-containing ad

See how a glycerin-fatty acid ester with 50%+ C16-C24 fatty acids and polyoxyalkylene derivativ

See how an epoxy-aliphatic ester sizing agent balances chopping and separation properties in ca

See how atmospheric-pressure plasma introduces carboxyl and hydroxy groups onto carbon fiber su

See how aligned carbon fibers infiltrated with low-melting solder form carbides and reduce void

See how carbodiimide-derived cross-linking strengthens CNT adhesion to carbon fiber surfaces, p

See how carbon nanotubes adhere to carbon fiber surfaces with sizing agent coverage to maintain

See how low-conductivity water jet consolidation reduces ionic contamination in fuel cell gas d

See how acidic pretreatment and oxidizing agents dissolve amine-cured epoxy resins to recover f

See how ferrite-coated carbon fibers combine dielectric and magnetic losses to absorb microwave

See how thermoplastic elastomer water dispersion with blocked polyisocyanate and rubber latex r

An amorphous PEKK coating helps fibers bond with high-temperature thermoplastic matrices while preserving processing stability and composite strength.

Dynamic surface tension control helps reinforcement fiber sizing spread uniformly, improving splittability and thermoplastic resin bonding.

Shape-controlled carbon-fiber chopped strands improve hopper and extruder feeding while preserving fiber length and CFRTP uniformity.

Grafted chain transfer groups on carbon fiber surfaces improve adhesion to radiation-cured resins and raise interfacial shear strength.

Rotation densification and heat treatment smooth carbon nanotube yarn surfaces for uniform electron emission without binders or paste.

Small amounts of hydrophobic silica nanoparticles in carbon fiber sizing strengthen the fiber-matrix interface and improve toughness and fatigue.

A polyrotaxane sizing coating improves fiber-matrix adhesion, raising interlaminar fracture toughness and strength in thermoset composites.

Stirring carbon fibers with a treatment agent forms aligned dense granules that improve feeder supply stability and prepreg dispersion.