11/20/2023 0 Comments Applying thermal paste![]() Results may vary, but if you were to keep an eye on CPU temperatures by, say, making a note every couple of weeks or once a month, you'd get an idea of how your thermal paste is degrading as time passes. This guide suggests replacing thermal paste every 6-12 months. If you "need" the few degrees a fresh new layer of TIM might provide to keep from crossing over thermal protection thresholds, you have bigger cooling issues to deal with - like insufficient case cooling. A nifty guide to thermal paste removal and replacement. So even if the TIM dries out, the solids left behind are still occupying those pits and valleys, preventing any insulating air from seeping back in. If your CPU/GPU has an integrated heat spreader (. The only reason TIM comes in a semi-liquid form is so it can easily be squeezed out of the tube and evenly spread across the die. Step 2: For most CPUs and GPUs, its best to apply the thermal paste directly onto the center of the CPU/GPU. TIM can easily last 5, 10, 15 years or long AS LONG AS the cured bond is not broken.Īnd it is important to remember the purpose of TIM is to fill the microscopic pits and valleys in the mating surfaces - pushing out any insulating air. Not one TIM maker, cooler maker, CPU maker, motherboard maker recommends replacing TIM just because a certain amount of time has passed. ![]() ![]() Why did you feel the need to apply new TIM in the first place? Unless the cured bond between the mating surfaces is broken, there is no reason to replace it just because it is X number of years old. A small pea-sized dab of thermal paste usually gets the job done for me on a normal sized desktop cpu, but not sure if your laptop CPU is the same size.Using good thermal paste really helps Ive heard I use Arctic Silver 5 Thermal paste, and my temps are never an issue. I recommend 91-93% isopropyl alcohol - available at most pharmacies - for cleaning off old TIM. In this video we’ll show you the best ways to apply this silicon saving salve. And if accidently spilled, could easily eat away at many plastics (such as the CPU socket or materials in many components) or the protective resin coatings applied to PCBs. Applying thermal paste is a necessary step in building your PC and protecting your precious CPU. Lighter fluid is a petroleum by-product and therefore, will leave a residue film. By following the steps outlined in this guide, you can successfully apply thermal paste and improve heat dissipation, ultimately maximizing your GPU’s performance and longevity. Once you see that everything is in place, place them back into their slots and screw them back in, going in a star-shaped pattern.Īnd now you’re all done.Click to expand.I would not recommend that. Applying thermal paste to your GPU is a simple yet effective way to enhance its cooling performance and maintain optimal temperatures. Make sure that you do not apply too much thermal paste, as it can get underneath the processor and disrupt the contact between the CPU and the pins.ĥ. There are different methods of applying thermal paste, but the pea-sized works best for us.Ĥ. From here, you’re going to take your thermal paste of choice and apply a pea-sized amount of thermal paste to the center of the processor. (You don’t want to get gunk stuck in between the processor & the heat sink, and you also don’t want to mix old and new thermal paste.)ģ. How Thermal Paste Spreads on Convex & Concave Heat Spreaders. Take some rubbing alcohol and a rag and clean the processors of debris and old thermal paste. Its a straightforward process in which you eject a sizable portion of the compound on the IHS and let the coolers. ![]() Take a screwdriver with a standard Phillips head and unscrew each one.Ģ. Applying thermal paste solution on the CPU IHS isnt particularly difficult. To apply thermal paste onto a 14th gen server, you would need to follow a modified procedure to remove the heatsinks.Įach heatsink has 4 pins to hold it in place. That is why it is important to turn computer on and have it running for a while and then turn it off and have it cool for a time while the paste is settling. As it cools, it starts to move back to its starting position. As it changes, paste starts to move into surfaces and fills irregularities. Note: this tutorial demonstrates thermal paste application on a 12th generation Dell server. Volume of thermal paste changes with temperature. This week, we're going back to basics with a video tutorial on an important step in building your own server: applying thermal paste! From proper heatsink removal techniques to our preferred application method, we've got you (and your processor) covered.
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