Thermally conductive graphite flakes, a new thermally conductive heat sink material with unique grain orientation, uniform thermal conductivity in both directions, and a flake laminate structure that adapts well to any surface, shielding heat sources from components while improving the performance of consumer electronics. The product dissipates heat uniformly while also providing thermal isolation in terms of thickness.

The unique combination of thermal dissipation and insulation properties of graphite thermally conductive solutions makes graphite thermally conductive an outstanding material choice for heat management solutions. Thermally conductive graphite flakes have excellent thermal conductivity in the range of 150-1500 W/m-K in plane.

The chemical composition of thermally conductive graphite materials is primarily a single element of carbon, a natural elemental mineral. Thin film polymer compounds can be chemically obtained under high temperature and pressure graphitized film, because carbon is a non-metallic element, but has the electrical and thermal conductivity of metal materials, but also has the same plasticity as organic plastics, and there are special thermal properties, chemical stability, lubrication and can be coated on the surface of the solid and so on some good process performance, therefore, thermal conductivity graphite in electronics, communications, lighting Therefore, thermally conductive graphite has been widely used in many fields such as electronics, communication, lighting, aviation and defense industry.

Graphite thermally conductive materials offer a unique solution for the heat management industry with comprehensive high performance. Thermally conductive graphite materials bring new technology solutions to the increasingly demanding field of industrial heat dissipation through a wide range of different heat management solutions Thermal graphite material products provide innovative new technologies for heat management in the electronics industry. By providing superior thermal conductivity while reducing device weight, thermally conductive graphite thermal solutions are a new application for thermal design. Thermally conductive graphite effectively solves the thermal design challenges of electronic devices.

Thermal conductive graphite sheet characteristics.

Product characteristics: The surface can be combined with other materials such as metal, plastic and stickers to meet more design functions and needs.

Low thermal resistance: 40% lower thermal resistance than aluminum, 20% lower than copper

Light weight: 25% lighter than aluminum and 75% lighter than copper

High thermal conductivity: Graphite heat sink can be smoothly attached to any flat and curved surface, and can be cut in any form to meet customer needs.