2Pcs Pure Copper Heatsink 0.79" x 0.79" x 0.43" / 20mm x 20mm x 11mm Skiving Fin Heat Sink Cooling for Raspberry pi Electronic 3D Printer CHIP IC MOS Heat Dissipation

What is this?Copper heatsink is a popular thermal management option among electronic devices because of its capacity to absorb heat relatively quickly. The Skived Copper Heatsink can reduce the overheating of electronic components. For example, gaming generates a lot of heat in your computer, If you game, then it is important to reduce heat in the place you need. The Copper Heat Radiator Widely used for Electronics, CHIP, Raspberry pi, 3D printer, MOS, IC, Computer 's component, etc.Is there any advantages of the product?The 20x20mm heat sink is made of a solid piece of pure copper, the thermal conductivity up to 401W/(mK.), thus can absorb heat relatively quickly and help improve thermal efficiency. The Copper Skived Heatsink offers excellent thermal properties compared with other manufacturing methods as it offers a thin finned heatsink, with a dense population of uniformly shaped and distributed fins, thus greatly improve heat dissipation efficiency and extend the service life of heating components.The Copper Skived Fin Heatsink can be used for heat transfer of machines with large power.Specification: Material: Pure CopperProcessing method: Skiving finFinishing: Antioxidant treatmentExteral Size: 0.79" x 0.79" x 0.43" / 20mm x 20mm x 11mm Bottom Thickness: 0.12"/ 3mmCopper Fin Thickness: 0.02"/ 0.4mmPackage Included: 2 x Copper Heatsink

• Absorb Heat Quickly -- Made of pure copper , the thermal conductivity up to 401W/(mK.). Copper heat sinks has nearly double the thermal conductivity than aluminum.
• Heatsink Exteral Size: 0.79" x 0.79" x 0.43" / 20mm x 20mm x 11mm. Widely used for Electronic, CHIP, Raspberry pi, 3D printer, MOS, IC computer 's component, etc.
• Skiving Fins Process -- This creates more surface area and opportunity for heat dissipation.
• Preventing Overheating -- Heat sink sucks the heat away that can reduce the risk of hardware failure due to overheating.
• Thermal Conductive Adhesive Tape Included -- You can use the thermal pad adhesive and bond this to whatever you need to cool.