Thermal Grizzly Duronaut 6g Thermal Paste | Extreme Longevity, Superior Heat Transfer, Non-Conductive | Includes Spatula Pro & Applicator for Thin, Easy Application

Expert Features: Extreme Long-Term Stability: Specially formulated to resist drying, cracking, or degradation—Duronaut lives up to its name with unmatched durability for years of reliable cooling. Outstanding Thermal Conductivity: Made with a high-performance blend of aluminum microparticles and zinc oxide nanoparticles, ensuring efficient heat dissipation from CPU, GPU, and other chips. Minimized Pump-Out Effect: Particle sizes and shapes are optimized to reduce displacement under thermal cycling, maintaining peak thermal contact and minimizing resistance. Thin-Layer Application: Designed for ultra-thin spreads, increasing heat transfer efficiency and making application smoother and more precise. Electrically Non-Conductive: Safe to use around sensitive components—no risk of short circuits, ideal for enthusiasts and industrial users alike. Enhanced with TG Spatula Pro: Comes with both the TG Spatula and upgraded TG Spatula Pro, allowing you to apply the paste with greater pressure and control. No Hardening Over Time: Unlike many pastes, Duronaut maintains its original consistency, even in long-term, high-heat environments. Ideal for High-Performance Systems: Trusted by gamers, PC builders, and professionals in industrial cooling setups where thermal reliability is critical. Expert Specs: Specification Details Product Name Thermal Grizzly Duronaut Net Weight 6 grams Thermal Conductivity High (Aluminum microparticles ZnO nanoparticles) Color Gray Viscosity Optimized for thin, stable application Application Tools Included 1x Applicator, 1x TG Spatula, 1x TG Spatula Pro Pump-Out Resistance Excellent – advanced particle sizing reduces pump-out Curing Time None (ready-to-use, no curing required) Electrical Conductivity None (electrically non-conductive) Compatibility CPUs, GPUs, industrial chips, high-power electronics Shelf Life Long-term storage stable, non-hardening Use Case Enthusiasts, Overclockers, Data Centers, Workstations