Thermal Grizzly Duronaut 6 Gram Enhanced Durability & High Performance Paste for Maximum Conductivity While Overclocking CPU/GPU/PS4/PS5/Xbox

Thermal Grizzly Duronaut 6g Thermal Paste. Duronaut is a high-quality thermal paste developed with a focus on outstanding thermal conductivity and exceptional long-term stability. The name ´´Duronaut´´ is derived from the English word ´´durability,´´ emphasising its extraordinary longevity. This stability is achieved through a specially formulated silicone oil combined with aluminium microparticles and zinc oxide nanoparticles of various shapes. The optimised particle shapes and sizes minimise the so-called ´´pump-out effect,´´ ensure excellent adhesion to surfaces, and guarantee an extremely low thermal resistance.The optimised particle shapes and sizes allow Duronaut to be applied in very thin layers, improving adhesion and further reducing thermal resistance. This thin application layer, combined with the high thermal conductivity of the aluminium micro and zinc oxide nanoparticle mixture, ensures efficient heat transfer between the heat source and the cooler.For optimal application, Duronaut is supplied with the TG Spatula Pro. The revised design of the spatula allows for greater pressure during application, enabling the paste to be distributed efficiently and achieving a thinner layer. tradeinn Techinn

EXCEPTIONAL LONG-TERM STABILITY: Duronaut is engineered for outstanding durability, maintaining its performance over extended periods without hardening. SUPERIOR THERMAL CONDUCTIVITY: Formulated with aluminum microparticles and zinc oxide nanoparticles, it ensures efficient heat transfer for optimal cooling. ELECTRICALLY NON-CONDUCTIVE: Safe to use on all electronic components, preventing any risk of short circuits during application. MINIMIZED PUMP-OUT EFFECT: The specialized particle composition reduces thermal resistance and enhances adhesion, ensuring consistent performance. EASY APPLICATION: Includes the TG Spatula Pro for precise and thin layer application, maximizing thermal efficiency.