That’s why when it comes to keeping your CPU cool, the absolute best option you have is a liquid metal thermal paste, like Thermal Grizzly’s Conductonaut. But because of the tiny gaps between your CPU and the heatsink, thermal paste is necessary to create contact between the CPU’s heat spreader and the heatsink, allowing for heat to transfer. Metal is such a great conductor of heat, it’s better able to transfer between the CPU and heatsink. It is certainly much easier than working with liquid metal, but because it’s electrically conductive, you need to take extreme caution when applying it to your CPU, making sure not to make contact with any other components on your motherboard. Of course, there is one big caveat to this thermal pad – it’s electrically conductive. And unlike thermal pastes, this will not dry out over time, making it reusable for many years. In addition to the spectacular thermal conductivity, the Thermal Grizzly Carbonaut is also dead-simple to use – just cut and place. Just like with the BSFF thermal paste, carbon-based thermal compounds are excellent heat conductors, making them a great choice for high-performance CPUs. The Thermal Grizzly Carbonaut is a carbon-based thermal pad that offers an insanely high thermal conductivity rating of 62.5 W/mk. With high-performance thermal pads, the inverse can actually be true, and pads like the Thermal Grizzly Carbonaut are a great example of this. The caveat is that thermal pads are often less thermally conductive than thermal paste is. They’re also more durable than thermal paste is. Thermal pads serve the same function as thermal paste, but are much easier to work with, since they are pads you cut to size. That’s where thermal pads come into play. Thermal paste is a staple in any PC build, but it can be a pain to work with. Overall, this is an exceptional thermal paste if you want the best performance out of your CPU without messing with a riskier liquid metal alternative. These extras include a spatula, CPU templates to help prevent messes, alcohol wipes, and a finishing card. In addition to its excellent performance, it’s also beginner-friendly, and comes with extras to make the job easier. The BSFF Thermal Paste has an impressive thermal conductivity rating of 13.9W/mk, making it the most thermally conductive paste on our list that isn’t liquid metal. ![]() Perhaps the next most thermally efficient type of thermal paste is a carbon-based paste, and with the BSFF Thermal Paste, it’s easy to see how that’s the case. However, due to the electrical conductivity of liquid metal, most people opt for an electrically non-conductive thermal paste. When it comes to thermal paste, there are quite a few different types, with liquid metal being the most thermally efficient. Overall, if you’re looking for a standard thermal compound, then you’ll definitely want to grab a tube of Thermal Grizzly’s Kryonaut. But it has the performance to back up its slightly higher price. Sure, it costs a little more than other brands. In fact, with a thermal conductivity of 12.5 W/mk, it’s among the most thermally conductive thermal compounds on the market, with few others edging it out.īut it’s not all about thermal conductivity – with a great viscosity, and years of brand recognition, it’s a tried and true option. This silicone-based thermal compound utilizes nano aluminum particles to effectively transfer heat between the CPU and the heatsink, making it a great conductor of heat, without being electrically conductive. ![]() And when it comes to standard, non-conductive thermal pastes, the Thermal Grizzly Kryonaut is possibly the best around. Many thermal compound brands have come and gone, but one that’s at the forefront of nearly every PC builder’s builds over the last decade is Thermal Grizzly.
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