Polartherm Pt X8 2g Thermal Paste. With the Polartherm X-8 Thermal Paste, you have a true all-rounder suitable for various applications. The blend of silicone, aluminium, and aluminium oxide effectively dissipates heat from the components. It is easy to apply, either directly or with the included applicators and spatula. This ensures that even the smallest gaps are optimally filled, providing consistent cooling. The X-8 is particularly well-suited for CPUs with lower heat output.The 2 g pack is ideal for smaller projects, such as building a single PC, and is sufficient for approximately 3 to 4 applications. Its low viscosity allows the paste to penetrate well into microscopic gaps, enhancing heat transfer between the CPU and cooler. Additionally, the X-8 is electrically non-conductive, offering extra protection and eliminating the risk of short circuits.Specifications:Contents: - Weight (Contents): 2 gThermal Specifications: - Min. Operating Temperature: -50 °C- Max. Operating Temperature: 150 °C- Density: 2.6 g/cmMaterials: - Materials: Aluminium, Aluminium oxide, Silicone. tradeinn Techinn
AmazonOUTSTANDING PRICE-PERFORMANCE RATIO: The X-8 CPU thermal paste offers top performance at an unbeatable price. Ideal for hobbyists and professional PC builders. HIGH THERMAL CONDUCTIVITY: Optimized for entry-level CPUs and GPUs, X-8 is a high-performance thermal paste kit made by Thermal Grizzly. With its advanced formulation, it ensures efficient heat transfer from the processor to the heatsink. HIGH DURABILITY: X-8 is a heatsink compound thermal paste with medium viscosity, making it very durable in budget and mid-range PC applications. It is also the best thermal paste for PC available in this range. EASY APPLICATION: The X-8 dry socket paste can be applied quickly and easily with the included spatulas and applicators. SAFE IN OPERATION: The X-8 PC thermal paste is electrically non-conductive and can thus be safely used on processors and graphics chips.
Price History
* Price history contains no data from Amazon.
Prices were last updated on: