![]() Though they are small in size, the number of gaps and the degree of heat in question makes them rather impactful. The gaps can only be seen at microscope level and are a natural byproduct of our limited ability to manufacture flawless metal surface. Ultimately, if left unattended this can result in overheating and potential damage. Its insulating properties make it more challenging for heat to transfer from the processor to the heatsink. Air then finds its way into these gaps and creates a kind of barrier that limits the heatsinks ability to soak up heat emanating from the processor.Īir is known as an extremely weak conductor of heat and acts counter-intuitive to the desired process. There remain a number of minuscule imperfections that create gaps in the points of contact. When two uniformly flat metal surfaces come into contact with one another, the junction is not perfect. In conjunction with this growth in size, heatsinks are larger than before. As processing speeds have increased so has the need for increased heat control. Varieties of cooler depend on the processor model so come in different shapes and sizes. It allows the heat produced by the processor to be transferred away through the heatsink and then into the general atmosphere. This is a metal device that sits on top of the processor and works to dissipate the heat. A processor sits on a motherboard and above it is a heatsink. Note that paste is also used for other components such a GPUs. To understand what thermal paste is we must first look at how a processor is cooled. What Is Thermal Paste and What Is It For? What Is Thermal Paste and What Is It For?.We also delve a little deeper into the use and different types of thermal paste. Though the paste represents a small cost in the grand scheme of an entire computer, it plays a crucial part in managing heat.Īfter scouring the market and testing different products, our guide reveals the very best thermal paste available. Amateur builders and professionals alike are well aware of the inherent benefits of using thermal paste. One of the solutions used to help cool the processor, one of the most power hungry components, is thermal paste. The idea is to maximize computing power without damaging the physical hardware. It is a subtle balancing act between power and potentially dangerous heat levels. Opening a computer is basically an insight into the most advanced ways to dissipate heat. Too much heat and there is a risk of damage and malfunction. D not recommended that users disassemble the thermal module by themselves.Anyone with rudimentary knowledge of computing understands that heat, and more specifically, the transfer of heat is at the core of a well-functioning machine. Liquid Metal is with conductive, so it may cause risk of short circuit when electrical components on the motherboard are in contact. Mechanical precision with automatic process: For best performance, ASUS custom equipment automates the process with mechanical precision to use the appropriate amount with caution.There is a special design with anti-leak fence to prevent Liquid Metal leakage. ASUS exclusive anti-leak design: The thermal module with Liquid Metal is on the top of CPU.For more supported models please visit the Gaming Series Notebook Product from ASUS official website. G703 series, GZ700 series and 2020 ROG series notebooks with Intel CPU. Liquid Metal compound from Thermal Grizzl provides thermal conductivity of 73W/mk, which is 12 to 15 times better when compared to standard non-metal thermal paste. In some ASUS notebook products that apply Liquid Metal on the top of the CPU to conduct heat to the thermal module. Liquid metal provides excellent high thermal and electrical conductivities with properties such as high stability, low volatility, and non-toxic. Liquid Metal is a low-melting alloy which has liquid state at room temperature.
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