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Material modified enhanced conductive 3mm Chopped Carbon Fiber

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November 28, 2025
Category Connection: Chopped Carbon Fiber
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Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, you'll see a detailed showcase of our 3mm chopped carbon fiber, highlighting its enhanced conductivity, high-temperature resistance, and superior strength. Watch as we demonstrate its versatile applications across industries like aerospace, construction, and energy.
Related Product Features:
  • Enhanced conductivity with resistivity of 1.0-1.6Ωcm for efficient electrical applications.
  • High temperature resistance suitable for demanding thermal environments and refractory materials.
  • Exceptional tensile strength of 3500MPa for robust structural reinforcement.
  • Lightweight with a density of 1.75g/cm³, offering strength without added mass.
  • Uniform dispersion and simple processing for easy integration into composites.
  • Versatile applications in military, construction, electrothermal, and新能源 fields.
  • Available in standard lengths from 1mm to 100mm for flexible usage.
  • Carbon content greater than 95% ensuring high purity and performance consistency.
FAQs:
  • What are the main applications of 3mm chopped carbon fiber?
    Chopped carbon fiber is used in military (rockets, missiles, radars), construction (reinforced cement, conductive coatings), electrothermal (heating plates, conductive mats),新能源 (wind power, fuel cells), and sports equipment.
  • How does chopped carbon fiber compare to continuous carbon fiber?
    Chopped carbon fibers offer uniform dispersion, diverse feeding methods, and simple processes, making them suitable for special fields where continuous filaments are not applicable.
  • What are the key technical properties of this carbon fiber?
    Key properties include tensile strength of 3500MPa, tensile modulus of 228GPa, density of 1.75g/cm³, and resistivity of 1.0-1.6Ωcm, with carbon content over 95%.
  • Can this carbon fiber be used in high-temperature environments?
    Yes, it is high temperature resistant and can be applied in thermal insulation materials, refractory blanks, and ceramics.
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