CA8020

Product Overview
Long-term, reliable protection of sensitive circuits and components has become increasingly important in today's many sensitive electronic product applications. As processing power increases and the trend toward smaller, higher density electronic modules increases the need for thermal control, thermally conductive materials provide excellent thermal control options. It can be used as a heat transfer medium, a durable dielectric insulation material in a wide temperature and humidity range, withstand environmental pollution, and eliminate stress and vibration. In addition to maintaining its physical and electrical properties under a wide range of operating conditions, it can also withstand ozone and ultraviolet cracking and has good chemical stability. Good thermal conductivity depends on a good interface between the heat generating device and the heat transfer medium. It has the characteristics of low surface tension and can wet most surfaces to reduce the contact thermal resistance between the substrate and the material.
It is a paste silicone material, rich in thermally conductive metal oxide fillers. This advantage can promote high thermal conductivity, low oil permeability and high temperature stability. The compound is still stable when the temperature reaches d and maintains Good radiator seal. To improve heat transfer from electrical/electronic devices to the heat sink or chassis, increasing the overall performance of the device.
Typical uses
It is widely used as a thermal conductive medium between heating components and heat sinks. Due to its extremely low thermal impedance and long-term stable and reliable thermal conductivity, it provides excellent performance in semiconductor chips, etc. s solution..
Typical performance
Note: These data do not represent the actual results during application. If you need more information, please contact us.
Unit characteristic value remarks
Color white
Viscosity~
Density/.
Non-volatile components without solvent
Thermal conductivity/.
Dielectric constant@.
Breakdown voltage/
Volume resistance*
Operating temperature
~℃