Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management

Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management

  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
Summary
Introducing the Hot Plate Radiator, a high-efficiency thermal management solution leveraging two-dimensional heat dissipation technology. Designed for high-performance chip cooling in energy storage systems and battery thermal management, this radiator ensures rapid heat transfer and stable operation in demanding scenarios. Utilizing vacuum chamber evaporation and condensation, it delivers superior cooling efficiency ideal for modern新能源 applications such as battery energy storage systems (BESS) and high-power electronics. Compact, reliable, and engineered for optimal thermal performance in critical infrastructure.More
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management
  • Hot Plate Radiator High-Efficiency Two-Dimensional Heat Dissipation for Chip Cooling and Thermal Management


1

  • The liquid at the bottom of the vacuum chamber absorbs heat from the chip, evaporates and diffuses into the vacuum chamber, transferring heat to the heat dissipation fins, and then condenses back to the bottom.


2

  • Heat is conducted on a two-dimensional surface, thus achieving a relatively high heat dissipation efficiency.


3

  • The surface of copper is prone to natural oxidation.

  • High material cost

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