![]() It involves applying a small dot of thermal paste directly on the center of the CPU’s Integrated Heat Spreader (IHS). The Dot Method is one of the most popular techniques for applying thermal paste onto a CPU. It’s also useful for reducing any chance of mistakes that may occur from overapplying or underapplying paste when compared with other techniques such as the pea-sized method, dot method, or X-shape method.Ī good practice when using a thermal paste spreader is to start slowly and apply no pressure while spreading it out on top of the CPU before applying slight pressure if needed If done correctly, this will result in an even coating of thin Thermal Compound across the entire surface area ensuring efficient heat transfer between both components. This tool helps ensure that an optimal amount of thermal paste is applied to the center of the CPU evenly and without any air gaps or excessive overflow. To help make the process easier and more consistent, many experts recommend using a thermal paste spreader. Using a Thermal Paste SpreaderĪpplying a thermal paste to a CPU can be tricky, especially for beginners. The X-shape application also makes removal easier should there be any need to replace the existing thermal paste later on without having to clean up several scattered blobs with precision instruments like scalpels and tweezers before reapplication done manually or using automated tools like rework stations. In addition, this technique helps avoid overuse by focusing just enough amount in each area rather than dumping too much thermal paste onto areas which can cause serious cooling issues resulting from excess overflow. The result is an even and controlled spread when the cooler is engaged, ensuring that air gaps are minimized for optimal heat transfer. This method involves evenly spreading two lines of thermal paste diagonally from corner to corner across the center of the CPU or GPU, creating an X pattern. The X-shape is one of the recommended methods for applying the thermal paste on a CPU ( and our favorite method! □ ) The amount of paste should not exceed approximately half a grain of rice in size, as many paste formulations are considered overkill if applied in greater quantities than believed necessary.īy using no more than one small glob, the risk for errors decreases while computer engines remain cool with safe operations according to most professionals and manufacturers’ suggestions. This method requires placing a tiny, pea-sized amount onto the center of the CPU before mounting it to a cooler or heatsink. The pea-sized amount method of applying thermal paste is the traditional and commonly recommended approach. There are several methods to consider when applying thermal paste, such as the pea-sized amount, X-shape, thermal paste spreader, and dot method. To ensure optimal cooling performance, take your time to apply it evenly around all sides of IHS using appropriate techniques such as pea-sized amounts, X shapes, dot Method, etc.Īdditionally, look up any reviews or recommendations provided by fan communities before purchasing specific brands of thermal pastes to guarantee an optimal outcome for your system builds.Īlso read: Do you need thermal paste for water cooling? Recommended Methods for Applying Thermal Paste Generally speaking, less is better when applying thermal paste – aiming for a thin layer that reaches every corner of the CPU’s Integrated Heat Spreader (IHS). The ideal amount is just enough so that it covers the surface without making visible gaps or flooding out of place while still allowing efficient heat exchange with minimum air interaction. On the other hand, too much paste can make a mess and potentially short-circuit parts. Too little paste can cause inefficient heat transfer resulting in high temperatures on the CPU that could damage components over time. Yes, the amount of thermal paste matters when it comes to providing proper cooling and heat transfer between a CPU and its cooler. Let’s get started! Does How Much Thermal Paste On CPU Matter? Plus, we’ll also touch on important topics like monitoring temperatures and offer up some suggestions on removing existing or old thermal paste from a CPU. We’ll explain the different methods for applying thermal paste, discuss factors to consider when using it correctly, and look at common mistakes to avoid. ![]() Well, it turns out that the amount of thermal paste you use matters. Are you unsure of how much thermal paste to use when fixing your CPU?
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