2018年12月3日 · Rather than applying from a tube like thermal paste, graphite pads are sheets of material that you simply set on top of the CPU and throw on the heatsink. They work great, but unfortunately we found that they have issues if you try to reuse them multiple times.

2018年4月21日 · IC Graphite Thermal Pad is a permanent thermal interface alternative to thermal paste for CPU’s, GPU’s and Game stations. This product features top tier thermal performance that is uniquely stable across a wide temperature range -200C to +400C and, when used long term, should last the life of most electronic components.

2019年9月12日 · The general consensus from those who have reviewed the graphite pads is that they perform similarly to a lower end thermal paste. A higher end thermal paste like Thermal Grizzly...

2021年3月19日 · IC Graphite High Compression Thermal Pad is a permanent thermal interface alternative to thermal paste for CPU’s, GPU’s and Game stations. This product features top tier thermal performance that is uniquely stable across a wide temperature range -200C to +400C and, when used long term, should last the life of most electronic components.

2024年1月30日 · Graphite thermal pads are highly thermally conductive pads made of natural or artificially produced graphite. They offer an ideal alternative to high-end thermal conductive pastes and are characterized by their easy handling and durability. Compared to thermal pastes, the installation of graphite pads is child’s play.

When comparing graphite and thermal paste, the best choice often depends on the specific needs of the user and the system in question. Thermal paste excels in high-performance applications where superior conductivity is required, while graphite offers a convenient and durable alternative for those seeking an easy application process and longevity.

EC360® GRAPHITE-2 introduces highly conductive thermal pads made from natural graphite, the ideal alternative to high-end thermal pastes. The graphite layer is ultra thin with a thickness of just 0.05 mm Paired with an unmatched thermal conductivity of 450 W/mK on the X-Y axis and 20 W/mK on the Z axis, it makes it the perfect thermal ...

2023年7月13日 · One of the most common questions that arises is whether to use gap-filling thermal pads, thermal paste, or graphite thermal pads. In this article, we will describe the differences between all three methods of heat transfer and help you choose the right material for your application.

2023年11月19日 · Now, I noticed they sell sheets of graphite and have been reading that some have seen better temps than paste, and wanted to know if anyone has used graphite on their CPU? Is the hype real or should I stay with paste? What thickness should the graphite be?

2020年6月24日 · The thermal pad is waaaay better vs paste, since i use it myself permanently now. If you freshly apply the paste sure you'll get better results, unless you planning to exchange the paste on your CPU every week then yes paste is better.