Fan Blades 

  - The Ultimate Implementer of All Functions

  1. Aerodynamic Design: The blades feature an aerodynamic profile engineered through
computational fluid dynamics (CFD) optimization, delivering 23% greater airflow volume, 18%
higher energy efficiency, and 35% wider coverage compared to conventional fan blades.

  2. Premium Material Construction: Forged from aerospace-grade 6063-T6 magnesium-
aluminum alloy through precision die-casting, these blades achieve Vickers hardness of 85 HV
while maintaining exceptional corrosion resistance (withstands 500-hour salt spray testing per
ASTM B117).

  3. Advanced Surface Engineering: A multi-stage powder coating process creates a 50-70μm
oxide ceramic matrix composite (CMC) layer, demonstrating >9H pencil hardness and UV
resistance exceeding 3,000 hours per ASTM G154.

  4. Reinforced Structural Architecture: The dual-phase reinforcement system combines radial
stiffening ribs (3mm thickness) with iso-grid safety webbing, achieving 1520 MPa yield strength
while reducing turbulent energy loss by 42% through optimized mass distribution.