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Carbon Fiber Rotor

Carbon Fiber Rotor

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  • Ultra-high-speed safety and reliability
    The carbon fiber sleeve provides strong interference-fit restraint during high-speed rotation, effectively preventing magnet throw-off and demagnetization, and supports stable operation at tens of thousands of rpm.
  • High power density
    Combined with Halbach magnetic circuit design and high-performance magnets, it achieves higher output power within a limited volume, supporting system miniaturization and lightweighting.
  • High efficiency, low temperature rise
    The eddy-current-resistant structural design significantly reduces losses under high-speed operating conditions, improves overall efficiency, and enhances thermal management performance.
  • Long service life and high reliability
    The high-strength carbon fiber sleeve has excellent fatigue performance and is suitable for long-term high-speed, high-load operating scenarios.
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Description

Carbon Fiber Rotor

Carbon Fiber Rotor Carbon-fiber sleeves generate enormous interference pressure under high-speed rotation, providing effective “safety restraint” for the magnets. This allows them to stably withstand tens of thousands of revolutions per minute or even higher speeds, fundamentally solving the global challenge of magnet scattering or demagnetization under ultra-high-speed conditions.

Our Capability:

  • Stable high-tension winding capability up to 200 N, tensile strength ≥ 3000 MPa
  • Winding, assembly, and machining capability for 1 MW high-speed rotors
  • Multi-stage magnetic field assembly and testing
  • Carbon-fiber rotor temperature rise control (≤100 °C)

Carbon Fiber Rotor