Thermal Grizzly - Conductonaut - Aluminum thermal conductive paste made of liquid metal Not suitable Large cooling systems Liquid metal for cooling the CPU, GPU (Black)

Product Information

Thanks to the liquid components, even tiny pores and gaps can be leveled out and filled, which is only possible to a limited extent with conventional thermal paste due to the solid particles. To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. IETS GT500 Powerful Turbo-Fan (4200 RPM) Laptop Cooling Pad with Infinitely Variable Speed,Seal Foam for Rapid Cooling Gaming Laptop,Dust Filter for Protect Laptop,13-17. I was thinking of using LM on my GPU to get from 11c load temp (on my water chiller) to maybe 6 or 7c load temp (optimistic I know but I wanted to try for myself). Thermal Grizzly 's Conductonaut liquid metal thermal paste has been developed for high efficiency applications.

B. on a silicone basis or only to a small extent on solid oxides (such as silver) or other metallic additives existing pastes and has an almost unmatched thermal conductivity of about 73 W / mK. A third test done on Kryonaut (after 48hrs of installation) resulted in better temps taking the max temp from 53.This thermal paste is incredible, but it's not easy to install because you absolutely mustn't let it come into contact with the components around the processor or touch the aluminium of the heatsink.

Our special mixture of metals like tin, gallium and indium, Conductonaut excels with a very high thermal conductivity and excellent long-term stability. Due to a special mixing ratio of the metals tin, gallium and indium, an enormously high thermal conductivity is achieved, along with excellent long-term resistance. Conductonaut Extreme is manufactured to the highest quality standards at our production site in Germany.g. silicon- or solid oxide based pastes like silver, and possesses an almost unequalled thermal conductivity of approximately 73 W/mK. A special ratio of tin, gallium and indium, amongst others, combine to result in extraordinarily high thermal conductivity and excellent long-term durability. Thanks to a special mixing ratio of tin, gallium and indium, a very high thermal conductivity value is achieved.