Toho Non-adhesive Chopped Carbon Fiber

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November 28, 2025
Category Connection: Chopped Carbon Fiber
Brief: Step into our short showcase to explore the solution’s standout capabilities. Discover Toho's Non-adhesive Chopped Carbon Fiber, a high-strength material modified to enhance conductivity. This video demonstrates its production process, key technical properties, and diverse applications across industries like aerospace, construction, and new energy.
Related Product Features:
  • Modified for enhanced conductivity, making it ideal for electrothermal applications and conductive coatings.
  • High-strength material with a tensile strength of 3500MPa and tensile modulus of 228GPa.
  • Non-adhesive chopped carbon fiber with a standard length of 6mm, ensuring uniform dispersion.
  • Features a carbon content greater than 95% and a density of 1.75g/cm³ for lightweight performance.
  • Resistivity ranges from 1.0-1.6Ωcm, suitable for electromagnetic shielding and static elimination.
  • Can be applied in reinforced plastics like nylon, polypropylene, and polycarbonate for improved mechanical properties.
  • Used in military, construction, and new energy fields for rockets, cement reinforcement, and fuel cells.
  • Available in resin-containing or resin-free types, offering flexibility for diverse manufacturing processes.
FAQs:
  • What are the main applications of Toho Non-adhesive Chopped Carbon Fiber?
    It is widely used in military (rockets, missiles), construction (carbon fiber reinforced cement, conductive coatings), electrothermal fields (conductive paper, electric heating plates), shielding materials, and reinforced modified plastics.
  • What are the key technical specifications of this chopped carbon fiber?
    Key specifications include carbon content >95%, tensile strength 3500MPa, tensile modulus 228GPa, density 1.75g/cm³, resistivity 1.0-1.6Ωcm, fiber diameter 7μm, and standard lengths from 1mm to 100mm.
  • How does chopped carbon fiber compare to continuous carbon fiber filaments?
    Chopped carbon fibers offer uniform dispersion, diverse feeding methods, and simple processes, making them suitable for special fields where continuous filaments are not applicable.
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