Thermalright TF7 2g Thermalpaste

Thermalright TF7 2g Thermalpaste

Thermalright TF7 2g Thermalpaste SPECIFICATIONS:

• Thermal Conductivity (W/m-k) : 12.8
• Color : Gray
• Thermal Impedance (℃-cm²/W) : <0.01
• Specific Gravity (25℃) : 2.8
• Useable Temperature Range : -150℃ to 250℃
• Content : 2g
• Electrically Conductive : No
• Harmless : Yes

• Thermal Conductivity (W/m-k): 12.8
  • A thermal conductivity of 12.8 W/m-k indicates that the material efficiently transfers heat. This value is quite high for thermal pads or compounds, making it suitable for applications requiring effective cooling.
• Color: Gray
  • The gray color is common for thermal materials, often indicating the presence of compounds like aluminum or silicone, which enhance heat transfer performance.
• Thermal Impedance (℃-cm²/W): <0.01
  • The low thermal impedance (<0.01 ℃-cm²/W) means the material can quickly transfer heat between components. This is crucial when used with CPUs or GPUs that generate significant heat.
• Specific Gravity (25℃): 2.8
  • The high specific gravity (2.8) suggests the material contains heavy elements like aluminum or other metals, contributing to its efficient heat transfer capabilities. It also makes the material more stable and dense.
• Useable Temperature Range: -150℃ to 250℃
  • The wide temperature range allows the material to perform reliably in various environments, from extremely cold conditions (e.g., industrial applications) to very hot ones (e.g., high-performance computers). It can withstand significant temperature fluctuations without losing effectiveness.
• Content: 2g
  • The 2g content provides enough material to cover small to medium-sized surfaces, such as processor interfaces or other electronic components.
• Electrically Conductive: No
  • Being non-conductive ensures the material is safe to use with sensitive electronic components, as it will not cause electrical shorts.
• Harmless: Yes
  • The material is harmless, making it safe for human use and environmentally friendly.

• Conclusion:

This thermal material is ideal for applications requiring efficient heat transfer and high safety standards. With its high thermal conductivity, low thermal impedance, non-conductive properties, and wide temperature range, it is well-suited for modern processors, graphics cards, and other heat-generating components. Its reliability across diverse operating conditions makes it a dependable choice for both consumer and industrial use.