Thermal Grizzly Conductonaut combiné de dissipateurs thermiques 73 W/m·K 5 g

Thermal Grizzly Conductonaut Liquid Metal 5g. Unleash Peak Performance with THERMAL GRIZZLY Conductonaut Liquid Metal Thermal Paste - 5gExperience unparalleled heat transfer efficiency and unlock the true potential of your CPU or GPU with THERMAL GRIZZLY Conductonaut, a premium liquid metal thermal paste engineered for extreme performance. This high-performance solution is ideal for overclockers, gamers, and professionals demanding the absolute lowest operating temperatures for their components. Forget about thermal throttling and enjoy:* Maximum heat dissipation: Conductonaut boasts exceptional thermal conductivity, far surpassing traditional thermal pastes. This allows for rapid heat transfer away from your valuable components, keeping them cooler even under the most demanding workloads.* Stable performance over time: Unlike standard thermal pastes that degrade over time, Conductonaut offers long-lasting performance and stability. This ensures consistent cooling efficiency and eliminates the need for frequent reapplication.* Easy application: Conductonaut comes with all the necessary tools for a smooth and precise application process. Invest in the best thermal solution for your high-performance system. Choose THERMAL GRIZZLY Conductonaut and experience:* Lower system temperatures* Increased overclocking headroom* Improved system stability* Extended component lifespanTechnical Specifications:* Thermal Conductivity: >73 W/mk* Volume: 5g * Application: CPU, GPU. tradeinn Techinn

LIQUID METAL FOR MAXIMUM HEAT TRANSFER Conductonaut is designed for experienced users who need very high thermal performance. MADE FOR OVERCLOCKING AND HIGH-PERFORMANCE SYSTEMS Suitable for CPU and GPU applications with compatible contact surfaces. PRECISE APPLICATION WITH SUITABLE ACCESSORIES Supports controlled distribution of liquid metal during advanced cooling projects. OPTIMIZED FOR NICKEL-PLATED COPPER Intended for compatible cooler surfaces and direct heat-transfer applications. ELECTRICALLY CONDUCTIVE, SHORT-CIRCUIT RISK, NOT FOR ALUMINUM Apply only with care and avoid aluminum due to material incompatibility.