0.5mm Thickness, Non Conductive Heatsink Cooling Pad for Laptop CPU, GPU, SSD, M2, IC, 3D Printer, Raspberry Pi by Jeremy Choi

Name: 💻 AVNTKER 12 W/mK Thermal Pad, 3-Pack 100x100mm Thermal Silicone Pad, 2.5mm/1.5mm/0.5mm Thickness, Non Conductive Heatsink Cooling Pad for Laptop CPU, GPU, SSD, M2, IC, 3D Printer, Raspberry Pi
Item: 💻 AVNTKER 12 W/mK Thermal Pad, 3-Pack 100x100mm Thermal Silicone Pad, 2.5mm/1.5mm/0.5mm Thickness, Non Conductive Heatsink Cooling Pad for Laptop CPU, GPU, SSD, M2, IC, 3D Printer, Raspberry Pi
Rating: 5

August 25, 2022

Suitable for Raspberry Pi 4 - good thermal conductivity with good adhesion

I cut a 3mm pad to 12x12mm and used it on a Raspberry Pi 4B processor. The maximum temperature during the stress test was 55 degrees Celsius with the fan program running at variable speeds. The addition of four 6x6mm Alphacool radiators brought the temperature down to 53 degrees during testing. Both sides of the thermal pad have good adhesion. Good thermal conductivity. The top of the pillow was 48 degrees Celsius (118F) during the stress test. After gluing the heatsinks during the stress test, the tops of the heatsinks felt warm, indicating good heat dissipation. Great product, now I have enough thermal pads for Raspberry Pi for the next 220 years :-)

Pros

EXCELLENT PERFORMANCE: The cooler silicone thermal pad has a super high thermal conductivity of 12W/mK and is used to fill the gap between the heating element and heatsink for best results. cooling effect.

Cons