Graphite pyrolysis tablets

Graphite sheets are a brand-new thermal management material with a unique grain orientation, providing uniform heat conduction in two directions. The layered structure can adapt well to any surface, shielding heat sources and components while improving the performance of consumer electronic products. This innovative natural graphite solution offers high thermal efficiency, occupies minimal space, is lightweight, conducts heat uniformly in two directions, eliminates "hot spots," and improves the performance of consumer electronics while shielding heat sources and components.  

The unique combination of thermal conductivity properties in graphite sheets makes conductive graphite an outstanding material choice for heat management solutions. In-plane thermal conductivity of graphite sheets ranges from 150 to 1500 W/m-K.  

Thermal graphite material (Thermal Flexible Graphite Sheet) is primarily composed of carbon (C), a natural elemental mineral. Polymer films can be converted into graphitized films under high temperature and pressure through chemical methods. Although carbon is a non-metallic element, it exhibits metallic-like electrical and thermal conductivity, possesses plasticity similar to organic plastics, and has special thermal properties, chemical stability, lubrication, and can be applied to solid surfaces, among other excellent processing characteristics. Therefore, thermal graphite has been widely used in electronics, communications, lighting, aerospace, and defense industries.  

Graphite thermal materials provide a comprehensive high-performance solution for the heat management industry. By addressing a variety of thermal management applications, thermal graphite materials bring new technical solutions to the increasingly demanding industrial cooling field, offering innovative thermal management technology for the electronics industry. Thermal graphite provides superior thermal conductivity while reducing device weight, making it a novel solution for thermal design applications.  

With the accelerated upgrading of electronic products and the growing demand for miniaturized, highly integrated, and high-performance electronic devices, this innovative natural graphite solution offers high thermal efficiency, occupies minimal space, is lightweight, conducts heat uniformly in two directions, eliminates "hot spots," and improves the performance of consumer electronic products while shielding heat sources and components.

The important function of a heat sink is to create the maximum effective surface area on which heat can be transferred and carried away by external cooling media. Graphite heat sinks transfer heat effectively by evenly distributing it across a two-dimensional plane, ensuring components operate within their tolerated temperature range. Product features: The surface can be combined with metals, plastics, adhesives, and other materials to meet more design functions and requirements. Excellent thermal conductivity: 150–1200 W/m·K, better than metals. Lightweight, with a density of only 1.0–1.3. Flexible and easy to handle. Low thermal resistance. Black in color. Temperature resistant up to 400°C. Low thermal resistance: 40% lower than aluminum