JunPus JP-DX2 -Nano Diamond Thermal Grease 17W/m-k - Overclocking Thermal Paste - Heatsink Paste for All Coolers - Consoles Premium Performance

JunPus JP-DX2 -Nano Diamond Thermal Grease 17W/m-k - Overclocking Thermal Paste - Heatsink Paste for All Coolers - Consoles Premium Performance

Premium Performance - JP-DX2 With an exceptional thermal conductivity of 17w - thermal grease uses nano diamond particles to achieve ultra-low thermal impedance for efficient heat transfer from processors and GPUs. Long Lasting Protection - Formulated to withstand high temperatures and vibration, this 3g tube provides durable cooling for years of use to help components last. Easy Application - Only a small amount is needed to effectively coat surfaces for optimal contact. Its non-conductive properties prevent shorts or damage during use. Wide Compatibility - Suitable for all mainstream CPU sockets as well as most graphics cards and console CPUs/GPUs including Intel, AMD, PlayStation and Xbox. Enhanced Overclocking - By reducing temperatures up to 5°C lower than standard greases, it allows processors and GPUs to operate at higher performance levels or frequencies in overclocked systems. MARKET LEADER - Proven through extensive testing, the top choice in the market meets the highest quality standards, satisfying not only standard computer users but also passionate overclocking enthusiasts This high-performance thermal grease from JunPus is a must for PC builders and overclockers looking to get the most from their processors and graphics cards. Using nano diamond particles, the JP-DX2 thermal compound efficiently draws heat away from components' sensitive surfaces. It delivers ultra-low thermal impedance to keep CPUs, GPUs and other chips running cooler, allowing for increased stability at higher clock speeds. Lasting longer between applications than cheaper alternatives, this premium paste can be safely applied thin for maximum conductivity. Whether cooling a gaming PC, workstation or console, the 3g tube provides excellent value in maintaining safe operating temperatures and maximizing a system's full potential.,,,,