Thermal Grizzly Conductonaut Extreme 1g – Ultra-High Conductivity Liquid Metal for CPUs/GPUs, Gallium-Based, Metal Tip Applicator, -50°C to 200°C, NOT for Aluminum Use

Expert Features Maximum Thermal Conductivity: Enhanced formula delivers superior performance over standard liquid metal for extreme cooling needs. Gallium-Based Alloy: Stays liquid at room temperature, allowing the thinnest possible application layer for efficient heat transfer. Precision Application Tip: Includes metal needle and plastic applicator for accurate, mess-free use on critical components. No Solid Particles: Unlike thermal pastes, the liquid metal ensures flawless micro-gap filling without particle size limitations. Elite Performance Under Load: Designed for CPUs, GPUs, and delidded processors operating at maximum power density. German Engineering: Produced and quality-controlled entirely in Germany for consistency, purity, and performance assurance. Complete Application Kit Included: Comes with syringe, applicators, cleaning pads, and industrial swabs—everything needed for a safe, clean install. High-End Use Recommended: Tailored for experienced users building overclocked systems, high-performance workstations, or thermal benchmarking. Extreme Operating Range: Performs reliably from -50°C up to 200°C. Not Electrically Insulating: Highly conductive—take extra precautions during application. ⚠️ Warning: Not compatible with aluminum surfaces. Only use with nickel-plated copper or similar materials to avoid corrosion and component damage. Expert Specs Specification Details Product Name Thermal Grizzly Conductonaut Extreme Form Factor Liquid Metal (Gallium-Based Alloy) Package Size 1 Gram Syringe Color Silver Density 6.29 g/cm³ Viscosity 0.0021 Pa·s Electrically Conductive Yes (Not Electrically Insulating) Operating Temperature -50°C to 200°C Recommended Surfaces Nickel-plated copper, not aluminum Includes 1g syringe, metal needle, plastic needle, 2 cotton swabs, 2 cleaning pads Country of Manufacture Germany Application Use CPUs, GPUs, delidded processors, overclocking