1060 Folio di alluminio (0,5 mm/1100 mm) per raccoglitori di corrente per batterie di nuova energia

Coil di alluminio preverniciato
June 20, 2025
Category Connection: Coil di alluminio preverniciato
Brief: Discover the 1060 Alloy Pre Painted Aluminum Coil (0.1mm/1200mm), designed for 5G heat sink applications. This high-purity aluminum material offers exceptional thermal conductivity (230 W/m*K), ensuring efficient heat dissipation for 5G equipment. Its ultra-thin, lightweight, and corrosion-resistant properties make it ideal for modern electronics. Perfect for base stations, smartphones, and data centers.
Related Product Features:
  • High thermal conductivity (230 W/m*K) for efficient heat dissipation in 5G applications.
  • Ultra-thin design (0.1mm thickness) fits compact electronic layouts.
  • Resistente alla corrosione con uno strato di ossido naturale per la durata.
  • Excellent formability for complex heat sink designs.
  • Cost-effective compared to materials like copper.
  • Fully recyclable, aligning with sustainability goals.
  • Il formato ampio 1200 mm supporta la produzione su larga scala.
  • Lightweight (2.7 g/cm³) for easy integration into 5G devices.
Domande frequenti:
  • What makes the 1060 aluminum alloy suitable for 5G heat sinks?
    The 1060 aluminum alloy has high thermal conductivity (230 W/m*K), making it ideal for dissipating heat in 5G equipment. Its ultra-thin, lightweight, and corrosion-resistant properties ensure optimal performance and longevity.
  • Can the 1060 aluminum alloy be customized for specific applications?
    Yes, the 1060 aluminum alloy can be customized in terms of thickness (0.1mm-2.0mm), width (500-2000mm), temper, and color (RAL or Pantone) to meet specific 5G heat sink requirements.
  • How does the 1060 aluminum alloy compare to copper for heat sinks?
    While copper has higher thermal conductivity, the 1060 aluminum alloy offers a balance of performance, cost-effectiveness, and lightweight properties, making it more suitable for large-scale 5G applications.