10g Syring Silicone Thermal Grease for CPU Chipset Notebook Cooling 1.93W/for .

The 10g Syring Silicone Thermal Grease is a superior-quality heat transfer compound that provides excellent thermal conductivity for cooling electronic components. It is widely used for CPU, chipset, notebook, and other electronic devices that require effective heat dissipation. Product Features: * Exceptional Thermal Conductivity: With a thermal conductivity of 1.93W/m-K, this thermal grease efficiently transfers heat away from electronic components. * Silicone-Based Formula: The silicone base ensures stable performance over extended periods and prevents pump-out or dry-out. * Easy Application: The convenient syringe design allows for precise and controlled application, ensuring optimal thermal contact. * Non-Toxic and Non-Corrosive: This thermal grease is free from harmful chemicals, making it safe for use on various electronic devices. * Wide Compatibility: Suitable for use with CPUs, chipsets, notebooks, power transistors, and other electronic components that require heat management. Specifications: * Thermal Conductivity: 1.93W/m-K * Density: 2.5g/cm³ * Viscosity: 450Pa.s * Temperature Range: -50℃ to 200℃ Benefits: * Enhanced Cooling Performance: The high thermal conductivity ensures efficient heat dissipation, preventing component overheating and extending their lifespan. * Protects Electronics: By dissipating heat away from electronic components, this thermal grease protects them from thermal damage and improves their reliability. * Long-Lasting Performance: The stable silicone formula ensures sustained performance over extended periods, reducing the need for frequent reapplication. * Ease of Use: The syringe design simplifies application, eliminating the need for messy mixing or complicated processes. Additional Features: * Available in 10g syringe to accommodate varying application requirements. * Non-flammable for added safety. External Resources: *

Thermal Grease: Types, Applications, and Benefits *

Thermal Grease Application: How Much and How Often