A typical thermal management system consists of an external cooling device, a heat sink, and a thermal section. Taking a smartphone product as an example:
1. Heat is rapidly conducted to the casing and frame through the plane of the heat-conducting graphite sheet;
2. Enhanced infrared radiation effect on the surface of heat-conducting graphite sheets;
3. Thermal conductive graphite sheets expand the planar heat dissipation area and quickly dissipate hot spots.
Parameters related to thermal conductive graphite sheets:
Thin film polymer compounds can be chemically processed to obtain graphitized thin films under high temperature and high pressure. Although carbon is a non-metallic element, it has the conductivity and thermal conductivity of metallic materials, as well as plasticity similar to organic plastics. It also has special thermal properties, chemical stability, lubrication, and the ability to be coated on solid surfaces, among other good processing properties.
Therefore, thermal conductive graphite has been widely used in many fields such as electronics, communication, lighting, aviation, and defense industry. Graphite thermal conductive materials provide a comprehensive and high-performance unique solution for the heat management industry.