Overview On the Thermalright TF7 2g The Thermalright TF7 2g is a high-performance thermal compound designed to improve heat transfer between CPUs / GPUs and their coolers. It features a very good thermal conductivity and stable performance across a wide temperature range, making it a solid choice for both air and liquid cooling setups. Key Features High thermal conductivity: 12.8 W/m·K, which helps minimize temperature differences. Very low thermal impedance: < 0.01 °C·cm²/W. Safe & non-conductive: Does not conduct electricity, reducing the risk of short-circuits. Wide usable temperature range: from −150 °C to 250 °C, making it reliable in extreme conditions. Density: ~2.8 (at 25°C) for consistent application. Package: 2 grams of thermal paste. Safe & harmless — no toxic or harmful ingredients. Comes with a spatula for precise application (according to some retailers). Specifications Specification Value Thermal Conductivity 12.8 W/m·K Thermal Impedance < 0.01 °C·cm²/W Color Gray Density (25°C) 2.8 g/cm³ Usable Temperature Range –150 °C to 250 °C Capacity 2 grams Electrical Conductivity None (non-conductive) Performance & Usage Notes Because of its high thermal conductivity, TF7 is effective for high-load CPUs and GPUs. The compound is a bit thick and may be harder to spread than some other thermal pastes — many users recommend using a spatula or credit card to apply it properly. Non-metallic and electrically safe: suitable for sensitive components where you want to avoid risk of short-circuits. Long-term stability: retains properties over a broad temperature range, making it durable for repeated use or long-term builds. Conclusion The Thermalright TF7 2g is a very good thermal paste for PC builders who want strong thermal performance and reliability. It is especially suitable when re-pasting a CPU or GPU where good heat transfer matters more than ultra-thin thermal paste. It may not be the absolute top-tier paste for extreme overclockers, but for most builds (gaming, workstation, even overclocked), it offers excellent value and performance.











