4 In 1 Aluminum Heatsink For Raspberry Pi 5 4GB, and 8GB

4 In 1 Aluminum Heatsink For Raspberry Pi 5 4GB, and 8GB

69.0 INR/Piece

Product Details:

  • Power Supply Electric
  • Frequency 50 Hertz (HZ)
  • Usage & Applications Industrial
  • Material Plastic
  • Color Black
  • Warranty 1 Year
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4 In 1 Aluminum Heatsink For Raspberry Pi 5 4GB, and 8GB Price And Quantity

  • 69.0 INR/Piece
  • 1 Piece

4 In 1 Aluminum Heatsink For Raspberry Pi 5 4GB, and 8GB Product Specifications

  • 1 Year
  • Industrial
  • 50 Hertz (HZ)
  • Electric
  • Plastic
  • Black

4 In 1 Aluminum Heatsink For Raspberry Pi 5 4GB, and 8GB Trade Information

  • Cash Advance (CA), Cash in Advance (CID), Paypal, Delivery Point (DP), Cash Against Delivery (CAD), Cash on Delivery (COD), Cheque
  • 1000 Piece Per Day
  • 3 Days
  • Contact us for information regarding our sample policy
  • Asia
  • All India

Product Description

This is 4 In 1 Aluminum Heatsink kit used for cooling the chips on Raspberry Pi 5. Compared to other heatsinks, it has been attached with thermally conductive adhesive tape, allowing the Raspberry Pi to cool more efficiently. Are you still worried about the heat dissipation function? Do you want to have a new heat sink? The new Raspberry Pi 5 4 In 1 Aluminum Heatsink could help you solve this trouble.

These pure 4 In 1 Aluminum Heatsink include thermal tape that transfers heat efficiently to the heat sink, providing additional cooling for the IC. The contours of these heat sinks are perfectly adapted to the Raspberry Pi 5 standard. A heat sink is designed to maximize its surface area in contact with the cooling medium surrounding it, such as the air. 4 In 1 Aluminum Heatsink transfers thermal energy from a higher-temperature device to a lower-temperature fluid medium.

The fluid medium is frequently air, but can also be water, refrigerants or oil. If the fluid medium is water, the heat sink is frequently called a cold plate. When the airflow through the heat sink decreases, this results in an increase in the average air temperature. This in turn increases the heat sink base temperature. Additionally, the thermal resistance of the heat sink will also increase. The net result is a higher heat sink base temperature.

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