Due to the incredible properties of the super material that is graphene (more on this below) we have been able to design and produce a truly ground-breaking thermal paste that cools CPUs and GPUs: Graphitene GTP-5.
As computer lovers will be familiar with, CPUs and GPUs, when in operation, produce heat, and this heat decreases performance.
Initial testing has shown that it outperforms top competitors including Arctic Freeze and Nanolink. Testing showed that Graphitene GTP-5 cooled a CPU more than 9 degrees lower than either of Arctic Freeze or Nanolink. And 9 degrees cooler can double the lifetime of a CPU!
All this comes down to the amazing properties of graphene. Graphene’s extremely efficient thermal conductivity allows GTP-5 to outperform competitors that use mere graphite among other ingredients. Graphene is 1.5 to 2.5 times more thermally conductive than graphite clearly illustrating why GTP-5 performs so much better.
But thermal conductivity is not the only the only property that sets graphene, and thereby GTP-5, apart from top competitors. Graphene sheets, form which GTP-5 is made, are not only highly conductive but also highly flexible. CPU and GPU microchips are jagged on Competitor thermal pastes consist of tiny conductive metal particles that rest on top of the jagged surface of the microchip. In stark contrast, GTP-5 is made from flexible graphene sheets that can bend into the form of the jagged microchip surface, thereby increasing the surface area for heat to be conducted away from the chip. This contributes to faster and better cooling.
Graphitene GTP-5 is using the special properties of graphene to truly revolutionise the thermal paste market.
