Carbon Fibres TRIZ Cases

See how bent carbon nanotubes form a 50-200 nm network structure on carbon fibers to improve me

See how polyethylene glycol sizing agents with controlled friction and water solubility improve

See how a polyamic acid and polyphenylene ether sizing agent forms polyimide at processing temp

See how a polyamide-carbodiimide sizing agent with controlled melt viscosity achieves uniform f

See how controlled volumetric shrinkage in thermosetting resin inhibits internal cracks in thic

See how immersing carbon fiber in a fullerene C60/C70 solution achieves uniform adsorption, enh

See how chlorine-free organosilicon polymer film boiling reduces HCl gas generation, equipment

See how hydrogen plasma treatment introduces functional groups to carbon fiber surfaces, improv

See how controlling plating elongation above fiber elongation and carbon fiber surface oxygen p

See how an annular treatment chamber with offset gas orifices maintains yarn tension at high sp

See how fluorochemical-treated aramid textiles balance wearer comfort and chemical splash prote

See how a polyester resin and reactive compound sizing agent suppresses fiber fluffing while en

See how mechanical stretching with a supporting medium uniformly distributes force to align nan

See how polyrotaxane-based sizing agents with composite epoxy resins resolve the brittleness of

See how a dual-component sizing agent with organic polymer and thermal-loss compound resolves t

See how a linear polysiloxane film protects interphase coatings on ceramic yarns during weaving

Conventional carbonization may miss tensile targets; microwave or plasma heating controls crystal size to improve fiber strength and elongation.

See how interlaced high-modulus fibers in an elastomeric matrix achieve metal-level strength at

A water-miscible solvent dissolves sizing, while aqueous coagulation and washing limit solvent vapor during carbon-fiber processing.

See how air oxidation treatment controls C-O to C=O bond ratios on ultrafine carbon fiber surfa

Carbon fiber bars with a twisted resin pattern resist corrosion while improving bond and shear resistance in precast, prestressed concrete attachments.

See how amphiphilic block copolymer surface modification improves carbon fiber-polymer interfac

An amino-modified polyolefin coating improves carbon fiber adhesion to polypropylene and enhances bending, impact strength, and flexural modulus.

See how a dual-epoxy sizing agent creates a gradient structure on carbon fibers to enhance inte

See how a three-component sizing agent balances carbon fiber handleability with tensile strengt

See how amorphous polyetherketoneketone sizing improves fiber-to-matrix adhesion in crystalline

See how an annular treatment zone with circumferentially offset gas inlet and outlet orifices m

See how coating carbon fibres with 0.01–10% nanoparticles at the fibre/matrix interface improve

See how a dual-component sizing agent with volatile ester and high-molecular polymer enables fi

See how a porous filter part blocks CNT aggregates during ultrasonic deposition, forming a unif

See how insulated carbon fibres enable resistance welding of thermoplastic composites without m

See how wet-spinning graphene oxide with foreign elements and thermal treatment achieves 50-200

See how electrostatic charging and conformal pigment films enable color options for carbon nano

See how a propylene-based resin with carboxylic acid salt and controlled molecular weight impro

See how amino-modified silicone combined with onium salts and nonionic surfactants improves fib

See how enzymatic and oxidizing solutions remove incompatible sizing and graft resin-specific f

See how carbodiimide-modified polyolefin and polyfunctional sizing improve fiber-matrix adhesio

See how thermoplastic resin particles and conductive particles in the interlayer resolve the co

See how partially polymerized prepreg (10-60% polymerization) enables drape forming without int

See how a composite resin system with thermoplastic particles and dual-epoxy sizing reduces mic

See how controlled flatness and optimized sizing agent composition solve penetration and cohesi