Use an alcohol + cotton swab + paper towel combo (or thermal paste remover) to clean the old thermal paste off your CPUĤ. ***or just make your life easier and use the cleaning wipe and gloves (can be found in KOLD-01 Thermal Paste Package or KLEAN-01 Thermal Paste Remover Package) – the wipe is made with a special formula to remove the driest thermal paste without leaving any lint to clean up and the gloves protect your hands from the chemicals.ģ. Use an alcohol + cotton swab + paper towel combo to clean the old thermal paste off your heatsink Take off the cooler (this can be your stock heatsink, your aircooling heatsink, or if you’re using watercooling it would be the waterblock)Ģ. It’s important to make sure you apply new thermal paste correctly as that can also affect how well it performs.ġ. Just because there’s no real “best” pattern doesn’t mean there isn’t a best way to apply the above patterns. In those scenarios, we would recommend using the buttered toast method. It is worth mentioning that some thermal paste products are very hard to spread or too stiff to spread evenly, resulting in a bad performance in certain patterns. Good application with any of the above methods will result in better temperatures than a flawed application. However, that is not an excuse to be lazy with your thermal paste. By using the proper amount of thermal paste, the temperature differences are negligible. The comparison can be seen in our thermal paste pattern analysis. Essentially, as long as your thermal paste layer is thin and is touching the entire CPU, most of the heat transfer is already achieved. Now, here’s the kicker – as long as the paste can be applied thin and even, it doesn’t really matter. If you’re trying this out, make sure your thermal paste is not electrically-conductive. However, the risk of spillage becomes higher. With this method, we make sure that the thermal paste is touching every spot on the CPU, effectively ensuring that we’re getting maximum heat transfer. In our previous patterns, we relied on the pressure of the heatsink to spread our thermal paste. This pattern has recently been gaining more and more traction as the go-to method for PC builders. This method is fairly simple – it relies mostly on the pressure of the heatsink to “spread” the line in both directions, insuring better coverage. This is also a go-to method for beginners. The difference here being is that when using lines instead of dots, the risk of spillage increases. It is also AMD’s recommended pattern for their RYZEN chips.Īs you can see, the “Cross” method is similar to the previous one in that it distributes the thermal paste to the corners of the CPU, as well as the middle – which suggests better heat transfer. This is the recommended method for beginners as it evenly distributes thermal paste to most of the CPU, including the middle, and also has a low risk of spillage. The “Five Dots” method is a variation on the previous pattern as it applies 5 dots evenly to the CPU. Many pre-builds and manufactured electronics will use this method as it is safe and reliable. This pattern makes sure the thermal paste is applied to the most important part of the CPU and reduces the risk of it spilling over the edges. Besides the basic “one dot” or “pea” method, there are 5 major patterns that are most-often used to apply thermal paste to the CPU.Īs previously mentioned, the “One Dot” or “Pea” method is the most basic pattern used to apply thermal paste.
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