Liquid metal thermal paste is a high-performance upgrade that many hardcore gamers, content creators, and PC enthusiasts have heard of. But is it really worth the extra cost and hassle? And how does it compare to traditional pastes?

The primary benefit of liquid metal is its comparatively high thermal conductivity. While standard thermal compounds with graphite, silver, and zinc have a maximum conductivity rating of 10 W/m-K-1, liquid metal TIMs can be up to 80 W/m-K-1 or more. This is an important factor for overclockers who need to squeeze every last bit of performance out of their CPUs and GPUs.

Aside from its higher conductivity, liquid metal thermal paste also offers enhanced stability and longevity. It is non-toxic and complies with EU RoHS standards. It can be directly applied between the heat source and the heat sink. Its low viscosity enables easy application and ensures optimal contact between the components.

Another benefit of liquid metal is its resistance to corrosion. Unlike standard thermal paste, it does not react with copper or stainless steel. However, it should not be used with aluminum heat spreaders or cooler bases because the gallium in liquid metal TIMs has a chemical reaction with this light metal.

With its ease of use and superior cooling performance, Liquid Metal is a great upgrade for overclockers who demand top-notch PC gaming. Its 1-gram packaging ensures precise application and reduces wastage. However, it is crucial to follow the manufacturer’s instructions carefully to avoid any potential spillage or damage to sensitive motherboard thermal paste