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High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO
High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO
High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO
High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO
High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO
High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO

High Conductivity Thermal Pad CPU Heatsink Cooling Synthetic Graphite Piece K-UO

$ 0.8

Availability: 70 in stock
  • Brand: Unbranded
  • Country/Region of Manufacture: China
  • Condition: New
  • Type: //
  • Model: //

    Description

    100% Brand New and High Quality !
    Material:Graphite
    Size:0.05×100×100mm/0.002×3.93×3.93in(Approx)
    Temperature resistance at 400 C.
    Color:Black
    Package Included:1 Pcs (other accessories demo in the picture is not included)
    Features:
    Heat conduction coefficient plane conduction 300-1200W/m.k
    Vertical conduction 20-30 W/m.
    Temperature resistance at 400 C.
    Low thermal resistance: heat resistance is 40% lower than aluminum and 20% lower than copper.
    Light weight: weight 25% lighter than aluminum, 75% lighter than copper
    Excellent thermal conductivity: 150 ~ 1200W/m.k, better than the heat conduction of metal.
    Light weight.
    100% Brand New and High Quality !
    Material:Graphite
    Size:0.05×100×100mm/0.002×3.93×3.93in(Approx)
    Temperature resistance at 400 C.
    Color:Black
    Package Included:1 Pcs (other accessories demo in the picture is not included)
    Features:
    Heat conduction coefficient plane conduction 300-1200W/m.k
    Vertical conduction 20-30 W/m.
    Temperature resistance at 400 C.
    Low thermal resistance: heat resistance is 40% lower than aluminum and 20% lower than copper.
    Light weight: weight 25% lighter than aluminum, 75% lighter than copper
    Excellent thermal conductivity: 150 ~ 1200W/m.k, better than the heat conduction of metal.
    Light weight.
    On 5-Nov-2022 at 03:46:22 EDT, seller added the following information: