ATOMDOTS M79 – Liquid Metal Thermal Interface Material (Tim) | 79 W/m*K | Subzero Overclocking™ – (1.0 Gram) for Maximum Thermal Conductivity All Coolers-While Overclocking CPU/GPU/PS4/PS5/Xbox

Price: ₹1,999 - ₹947.00
(as of Oct 20, 2025 22:14:34 UTC – Details)

Product Description

M79 Liquid Metal Thermal Compound | 79 W/m*K | Subzero Overclocking – (1.0 Gram)

Introducing the M79 Liquid Metal Thermal Compound, your ultimate solution for achieving exceptional heat dissipation and optimizing the performance of your electronic components. Engineered with cutting-edge technology, this thermal compound is a game-changer for enthusiasts, gamers, and professionals seeking unparalleled cooling efficiency.

With an incredible thermal conductivity of 79 W/m*K, the M79 Liquid Metal Thermal Compound ensures rapid and efficient heat transfer between your CPU, GPU, or other heat-generating components and their respective cooling solutions. This results in lowered temperatures, reduced thermal throttling, and improved overall system stability.

Push your system to the limits with confidence! The M79 compound is designed to withstand extreme temperature variations, making it an ideal choice for subzero overclocking setups.

Outstanding Thermal Conductivity: Boasts an impressive rating of 79 to 90 W/m*K ensuring efficient heat transfer for optimal cooling performance. Thermal Conductivity
Versatile Compatibility: Tailored for use with CPUs and GPUs, making it suitable for various hardware configurations, including PC, PS4, and Xbox. Extreme Thermal Conductivity high-performance applications such as microprocessors and heat sinks.
Engineered for Overclocking: Designed to excel under extreme conditions, making it an ideal choice for overclocking enthusiasts seeking maximum performance. Up to 3 Die application
Convenient Packaging: Each pack contains 1 application of M79 Liquid Metal Thermal Compoun facilitating easy and hassle-free installation. High Indium Concentration
Reliable Thermal Stability: Provides long-lasting thermal stability, ensuring sustained performance over time, even during demanding usage scenarios.