El producto que nos ocupa es una pasta térmica no conductora que ofrece la máxima seguridad para cualquier tipo de CPU comercial del mercado, con una viscosidad y fluidez equilibradas para conseguir la máxima cobertura sobre l IHS o el núcleo a refrigerar. You ‘d best check it now, because they have a life span of only three years, and it would not be wise to utilize a stagnant or older paste. The thermal resistance takes into account both the bond line thickness (= layer thickness) and the thermal conductivity. Moreover, it is a great idea to reapply it when you remove your cooler for some reason, or you see your temperatures are higher than normal.

MX-4 | Overclock.net ARCTIC MX-6 VS MX-4 | Overclock.net

Therefore, a filler material with very good thermal conductivity is required to compensate for the unevenness between the cooler and the chip and to fundamentally improve the heat transfer. You know that the Thermal compound is one of the most important components of any liquid cooling system, and it’s extremely useful for keeping your CPU and other components at a suitable temperature.In today’s article, we are going to look at the performance of two popular thermal compounds – the Arctic Silver 5 and ARCTIC MX-4.

Thermal Paste With 20 Percent Arctic Launches MX-6 Thermal Paste With 20 Percent

Its low rack life indicates you shouldn’t hold on to additional paste after using it to your cooler.Building a PC rig or enhancing one is straightforward when you’ve got an effective thermal paste working for you. These 2 thermal alternatives are from a confirmed source, and our evaluation assists you select between the two. Su textura y consistencia facilitan la aplicación uniforme, lo que garantiza una cobertura óptima y ayuda a maximizar su eficacia. Al no ser conductora, se puede utilizar con las máximas garantías en CPUs como la serie 7 de Ryzen, con su curioso IHS irregular y diodos a sus costados.