




Price: ₹300 - ₹8,416.00
(as of Sep 24, 2024 22:48:12 UTC – Details)
Conductonaut liquid metal thermal paste offers high heat dissipation and is ideal for experienced users seeking an efficient solution at temperatures above 8°C. Technical details: Thermal resistance: 73 K/W Consistency: Liquid Viscosity: 0.0021 Pas Density: 6.24g/cm3 Temperature range: +10°C / +140°C Available sizes: 1g | 5g Special metal alloy: Conductonaut is based on a eutectic alloy containing metals such as tin, gallium, and indium, ensuring high thermal conductivity. It is recommended to apply Conductonaut on nickel-plated copper surfaces for optimal long-term stability. Excellent compatibility: Conductonaut can be used with almost any system, whether air cooling or liquid nitrogen (up to -50°C). It is particularly suitable for applications requiring extremely high thermal conductivity at room temperature, such as between a microprocessor and a heatsink. The liquid metal compound fills in even the smallest irregularities, surpassing the performance of conventional thermal pastes. Important notes: Conductonaut should not be used with aluminum coolers. It is a metal alloy that may leave visual residues. For optimal long-term performance, we recommend using coolers with nickel-plated copper bases.
EASY APPLICATION – Thanks to the convenient syringe, applying this liquid metal is effortless and precise, reaching the CPU, cooling, GPU, and heat sink fins
EXCELLENT HEAT CONDUCTIVITY – Conductonaut undergoes extensive testing to ensure high thermal conductivity and long-term stability, even with prolonged use
PREFERRED CHOICE FOR PROFESSIONAL PC MANUFACTURERS – With its exceptional heat dissipation and electrical conductivity, Conductonaut is highly favored by experienced PC manufacturers
VERSATILE COMPATIBILITY – It is compatible not only with computers or laptops but also with PS3, PS4, PS5, Xbox 360, Xbox One, Xbox Series X consoles, and provides excellent heat dissipation for MacBooks
CAUTION! – Conductonaut must not be used on aluminum surfaces as it can cause permanent damage. However, it can be safely used on copper or silicon surfaces

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