Polyimide (PI) film is known as the "golden film" and is a key insulation material in fields such as electronics, electronics, space, etc. High performance PI film, after high-temperature carbonization and graphitization treatment, can be made into graphite heat sinks with a thermal conductivity several times that of copper, which is the core material for solving heat dissipation problems in electronic products. With the upgrade of communication technology from 4G to 5G, the introduction of high frequency, continuous improvement of hardware integration, and continuous miniaturization of chips, the heat generation of devices has increased dramatically, and heat dissipation has become a bottleneck problem faced by 5G terminals.
NVIDIA DGX Spark, as a new generation of lightweight and compact AI supercomputing, is widely used in edge intelligent computing, scientific research experiments, local AI inference, small data computing and other scenarios with its core advantages of miniaturization, high computing power, and low noise. The extremely compact body structure brings excellent portability and adaptability, and also puts extremely high demands on the internal thermal management system.
Here are the top 10 suppliers for graphite sheet in 2026:DASENSGL CarbonGrafTech InternationalImerys Graphite & CarbonAMG Advanced Metallurgical GroupSuperior GraphiteAsbury CarbonsTimcal Graphite & CarbonNational GraphiteGraphite CentralPicking the right supplier is important. You want the best pur
What are the differences in production processes between graphite sheets and graphene thermal pads?
The core principle of flexible soft thermal pad is to fill the silicone matrix with high thermal conductivity filler, and fill the micro gaps with its own flexibility, turning the "air insulation layer" into a "continuous thermal conductivity channel", achieving excellent heat transfer and buffering insulation.
To control the compression rate of insulation thermal pads, there are actually three things to focus on: selecting the right thickness, controlling the locking pressure, and ensuring a smooth structure. It is very easy to implement in engineering, and I will give you a set of practical methods that can be directly used.
