12mm Chopped Carbon Fiber

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November 28, 2025
Category Connection: Chopped Carbon Fiber
Brief: See how this offering can bring practical value to common tasks and projects. In this video, we showcase the production and diverse applications of 12mm chopped carbon fiber. You'll learn how these high-strength, high-temperature resistant fibers are manufactured and see them integrated into various composite materials for industries like construction, aerospace, and automotive.
Related Product Features:
  • Chopped carbon fibers are produced by cutting continuous filaments, offering uniform dispersion and simple processing.
  • This material-modified cement shielding fiber provides exceptional high-temperature resistance for demanding applications.
  • Features high tensile strength of 3500MPa and a tensile modulus of 228GPa for superior structural reinforcement.
  • With a carbon content exceeding 95%, it ensures excellent electrical conductivity and thermal properties.
  • Available in standard lengths from 1mm to 100mm, with 12mm being a common size for various applications.
  • Can be supplied in resin-containing or resin-free types to suit different manufacturing requirements.
  • Offers versatile applications across military, construction, electrothermal, and new energy sectors.
  • Provides enhanced properties when added to resins, metals, ceramics, and concrete as reinforcement material.
FAQs:
  • What are the primary applications of 12mm chopped carbon fiber?
    This material is widely used in military equipment, construction materials, electrothermal products, shielding materials, thermal insulation, new energy technologies, sports equipment, and reinforced plastics modification.
  • What technical specifications does this chopped carbon fiber offer?
    It features tensile strength of 3500MPa, tensile modulus of 228GPa, density of 1.75g/cm³, carbon content over 95%, and fiber diameter of 7μm.
  • How does chopped carbon fiber compare to continuous carbon fiber filaments?
    Chopped fibers offer advantages like uniform dispersion, diverse feeding methods, and simple processes, making them suitable for specialized applications where continuous filaments aren't practical.
  • What are the key characteristics that make carbon fiber valuable?
    Carbon fiber possesses higher strength than steel, lower density than aluminum, better corrosion resistance than stainless steel, superior temperature resistance than heat-resistant steel, and conducts electricity like copper.
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