Consider the characteristics of thermal paste when choosing it for your system.
Consider the characteristics of thermal paste when choosing it for your system.
You might consider using conductive paste to reduce the cost by around 4 cents. However, since the laptop is thin and old, a full refurbishment would likely be necessary. Also, check if enabling power-saving features like undervolting helps. A cooling pad could potentially cut the throttling by about 10 cents, which might be useful to explore.
It would have handled the same with the stock thermal paste. The pressure helps flatten surfaces and boosts contact, which improves heat transfer efficiency.
Sure, I get it. What I’m trying to convey is that the OEM paste performed well before the laptop stopped working. The NT H1 isn’t holding up as effectively. I’ll still give it another shot with thermal paste, since I can, and in the worst scenario I’ll revert to the NT H1. I’ve also ordered some thermal pads to improve heat dissipation through the metal base. Thanks for actually backing my theory with your data instead of just saying it.
I think changing the thermal paste could be beneficial. When pressure is applied, the space between the cooler and die reduces, which explains why NT H1 might have trouble in a low-pressure setup due to the bigger gap caused by lower pressure. NT H1 has better performance in tight spaces, but a paste with higher thermal conductivity might work better because of the increased distance, even if it doesn’t fill all gaps like NT H1 does.
Consider the OEM paste application carefully. Ensure it matches the pads on your memory module—different coolers need varying heights. For example, if your GPU has 1mm pads, use 1mm pads on memory; otherwise, 0.5mm pads might not make contact with the heatsink, causing higher temperatures. If paste appears to spread evenly, it could indicate a clogged heatsink, non-functional fan, or damaged thermal pipe. Possible fix: verify if the heatsink heats up and the fan operates properly. Handle mounting pressure with extreme caution—laptop CPUs are very sensitive and can be easily damaged. Most models already have optimal coldplate pressure set by the manufacturer, so avoid any designs that risk failure or damage.
They both perform similarly in filling gaps, which isn't what determines the paste's quality. The thermal properties come from its composition. OEM paste contains zinc oxide NT-H1 and aluminum powder, Arctic Silver includes silver powder, while IC Diamond features diamond powder. These additives enhance heat transfer, not gap-filling ability.
Based on my tests, you were incorrect. Kryonaut resolved the problem, and my laptop is now functioning properly. Both my NT H1 and Kryonaut were purchased shortly after one another.
I corrected that earlier. I put the laptop back together without any issues. If you had continued reading further, you’d have understood right away. Short version: the laptop wasn’t working when I got it. It was very hard to get it running, and once it did, it would throttle at idle temps around 60-70°C. I tried many things—more CPU pressure, extra thermal paste, more external force—but nothing helped. That was with the NT H1 model. Once I switched to Kryo-9, everything worked perfectly.