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

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

November 03, 2022

Eliminates the need to size the thermal pad

So I replaced my GTX 1060 and RX 470 thermal pads with these. I don't have memory temp readings from the sensors, but they're working with no issues so far (I can use them on my Sapphire Vega 56 to see what the VRM temp is to get an idea of performance). Having multiple thicknesses really helps when trying to figure out what thickness thermal pads I need. I mean 1mm would be better but the price is good for the amount you get. I'd still go with Thermalright pads if you know what thickness of thermal pads you need as I've had good experiences with them and they're a cheaper alternative to Fujipoly, but they're not bad either and probably a good option too for SSD cooling.

Pros

. High Durability: Extremely stable, in the temperature range of -40℃ to 200℃ does not melt, after application it will work for at least 5 years, will not affect cooling efficiency over time.

Cons