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Lightweight Aluminum End Plate with Compressive Strength ≥200MPa for 230Ah-314Ah Lithium Cells

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October 21, 2025
Category Connection: Battery Pack Materials
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#battery pack materials #Lightweight Aluminum End Plate #Compressive Strength ≥200MPa End Plate
Brief: Discover our lightweight aluminum end plate designed for 230Ah-314Ah lithium cells, offering compressive strength ≥200MPa. Perfect for energy storage, EVs, and industrial applications, these end plates ensure structural stability, heat dissipation, and corrosion resistance.
Related Product Features:
  • Capacity-matched design for 230Ah/280Ah/304Ah/314Ah lithium cells, saving assembly time.
  • Lightweight & sturdy with high-purity aluminum alloy (6061-T6), 30% lighter than steel.
  • Exceptional heat dissipation with thermal conductivity ≥160 W/(m·K), extending pack lifespan.
  • Corrosion-resistant anodized surface, suitable for indoor/outdoor energy storage.
  • Easy customization with optional pre-drilled holes and thickness adjustments (3mm–10mm).
  • Compressive strength ≥200MPa for 230Ah/280Ah cells, ≥220MPa for 304Ah/314Ah cells.
  • Pre-drilled mounting holes (M5) for easy bolt fixing, available in black/silver anodized finish.
  • Lightweight design (~150g–250g/piece) reduces installation load for energy storage systems.
Faqs:
  • What lithium cell capacities are these aluminum end plates designed for?
    These end plates are pre-engineered for 230Ah, 280Ah, 304Ah, and 314Ah lithium cells, ensuring perfect fit and structural stability.
  • How does the aluminum end plate improve heat dissipation?
    The high-purity aluminum alloy (6061-T6) offers thermal conductivity ≥160 W/(m·K), effectively dissipating heat from lithium cells to prevent overheating and extend pack lifespan.
  • Are these end plates customizable for different assembly designs?
    Yes, we offer customization options including pre-drilled holes (M3–M8), threaded inserts, and thickness adjustments (3mm–10mm) to match your specific lithium cell pack requirements.
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