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Toray T700 24K 1Ib 450g quantity 10mm carbon fiber Choped strand for Manual DIY

$ 18.94

Availability: 200 in stock
  • MPN: Does Not Apply
  • Brand: Unbranded
  • Condition: New
  • All returns accepted: ReturnsNotAccepted

    Description

    10mm Toray T700 24Kcarbon fiber Choped strand carbon strands new material wear-resistant, strong tensile, easy to disperse, highly conductive
    Product Name: Carbon Fiber Chopped
    Tensile strength (Gpa): ≥3500
    Density (g/cm): 1.75
    Single wire diameter (um): 7
    Carbon content (%): ≥97%
    Resistivity: (Ω/cm): 1.5x10³
    High quality carbon fiber chopped / carbon fiber chopped
    Our carbon fiber is cut from T700 carbon fiber filament
    The product itself has good abrasion resistance, conductivity and tensile strength
    Our T700 carbon fiber chopped fiber has strong affinity with plastics and resins, and has good dispersion. It can be quickly dispersed into the material in a mixer or granulator, and has a better affinity with the main material.
    Product Usage:
    Chopped carbon fiber is chopped by carbon fiber filament through a fiber cutting machine. Its basic performance mainly depends on its raw material-carbon
    The performance of fiber filaments. Short fiber has the advantages of uniform dispersion, various feeding methods, simple technology, etc., and can be applied to
    Special fields where carbon fiber filaments are not suitable.
    The main application areas include:
    Military field: used to manufacture rockets, missiles, radars, spacecraft shells, motor boats, industrial robots, automobile leaf springs
    And drive shafts.
    Construction field: carbon fiber reinforced cement, conductive paint, anti-static floor, etc.;
    Electric heating field: conductive paper, electric heating plate, conductive surface felt, needle felt, conductive mat, etc.;
    Shielding materials: manufacturing shielding smoke, shielding curtain walls, etc.;
    Thermal insulation materials: carbon fiber reinforced refractory bricks and bricks, carbon fiber reinforced ceramics, etc.;
    New energy fields: wind power generation, friction materials, fuel cell electrodes, etc.
    Sports, leisure and daily necessities: golf clubs, fishing gear, tennis rackets, badminton rackets, arrow shafts, bicycles, rowing boats, etc.