High Carbon Content Natural Flake Graphite For Excellent Conductivity

High Carbon Content Natural Flake Graphite For Excellent Conductivity

Natural Flake Graphite refers to graphite that occurs in a naturally flaky or platy form. It is mined from graphite ore deposits and possesses specific properties that make it valuable for various applications. Here are some general specifications and properties of Natural Flake Graphite:

1. Flake Size and Distribution: Natural Flake Graphite exhibits a wide range of flake sizes, typically ranging from very fine flakes (less than 150 micrometers) to large flakes (greater than 850 micrometers). The flake size distribution can vary depending on the specific deposit and mining process. Different grades of Natural Flake Graphite may have specific size specifications to cater to different applications.

2. Carbon Content: Natural Flake Graphite generally has a high carbon content, often exceeding 95%. The high carbon purity contributes to its excellent conductivity and other desirable properties associated with graphite.

3. Particle Size Distribution: Natural Flake Graphite is available in different particle size distributions, which can affect its specific properties and applications. The particle size distribution is influenced by factors such as the geological origin of the graphite deposit and the processing method.

4. Density: Natural Flake Graphite has a relatively moderate density, typically ranging from 1.5 to 2.3 grams per cubic centimeter (g/cm³). The density can vary depending on the specific grade and geological characteristics of the graphite deposit.

5. Conductivity: Natural Flake Graphite exhibits excellent electrical conductivity due to its high carbon content and layered structure. It is widely used in electrical applications such as electrodes, electrical contacts, and conductive coatings.

6. Thermal Conductivity: Natural Flake Graphite possesses good thermal conductivity, allowing it to efficiently transfer heat. It is used in various thermal management applications, including heat sinks, thermal interface materials, and high-temperature crucibles.

7. Lubricity: Natural Flake Graphite has excellent lubricating properties due to its layered structure. It can reduce friction and wear between surfaces, making it valuable in lubrication applications such as greases, oils, and coatings.

8. Chemical Inertness: Natural Flake Graphite is chemically inert, meaning it is resistant to corrosion and reaction with most chemicals. This property makes it suitable for various chemical applications that require resistance to corrosive environments.

9. High Temperature Resistance: Natural Flake Graphite exhibits good thermal stability and can withstand high temperatures without significant degradation. It is used in high-temperature applications such as refractories, crucibles, and furnace linings.

It's important to note that specific specifications and properties of Natural Flake Graphite can vary between graphite deposits and mining operations. When selecting Natural Flake Graphite, it is recommended to refer to the supplier's technical data sheets and specifications for detailed information on flake size, carbon content, density, and other relevant properties.