Price: $17.99
(as of Dec 18,2024 19:51:06 UTC – Details)

Material: Pure Copper
Processing method:Skiving fin
Finishing:Antioxidant treatment
Exteral Size: 40x40x10mm / 1.57×1.57×0.39 inches (L x W x H)
Bottom Thickness: 3mm
Copper Fin thickness: 0.5mm
Weight: 65g ± 10g
Package:1pc

1.Used for Electronic,CHIP,IC,MOS, computer ‘s component heat dissipation, or anywhere you need a efficient heatsink.
2.This Heatsink is made of pure copper, and the thermal conductivity up to 401W/(mK).
Exteral Size: 40x40x10mm / 1.57×1.57×0.39 inches (L x W x H)
Bottom Thickness: 3mm / Copper Fin Thickness: 0.5mm
Material: Pure Copper / Processing Method:Skiving fin / Finishing:Antioxidant treatment / Weight: 65g ± 10g
Used for Electronic,CHIP,IC,MOS computer ‘s component heat dissipation, or anywhere you need a efficient heatsink.
This Heatsink is made of pure copper, and the thermal conductivity up to 401W/(m·K) ,is high quality and effective heatsink.

Are you looking for an affordable and effective way to cool your electronic chips and ICs? Look no further! In this post, we will guide you through the process of creating your own DIY pure copper skiving fin heatsink measuring 40x40x10mm (1.57×1.57×0.39 inches).

Materials needed:
– Pure copper sheet (0.5mm thickness)
– Ruler
– Marker
– Scissors
– Sandpaper
– Thermal paste
– Electronic chip or IC to be cooled

Instructions:
1. Measure and mark a 40x40mm square on the pure copper sheet using a ruler and marker.
2. Cut out the square using scissors, making sure to be as precise as possible.
3. Use sandpaper to smooth out the edges of the copper square.
4. Begin skiving the copper sheet to create fins. To do this, make small cuts along the edges of the square, angling the cuts slightly to create a fin-like shape.
5. Repeat this process on all four sides of the copper square until you have created multiple fins.
6. Apply a thin layer of thermal paste to the electronic chip or IC that you want to cool.
7. Place the DIY copper skiving fin heatsink on top of the chip, making sure the fins are facing upwards.
8. Secure the heatsink in place using thermal adhesive if needed.

And there you have it – a cost-effective and efficient way to cool your electronic components! This DIY pure copper skiving fin heatsink is perfect for reducing the temperature of your chips and ICs, ensuring optimal performance and longevity. Give it a try and see the difference for yourself!
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