Nano graphite powder

Product Name

Name: Graphite nanoparticles

^{Product Overview}

Nano graphite powder is a carbon material with a special structure and properties, with a thickness reaching the nanometer level. It has the characteristics of high purity, small and uniform particle size, and high surface activity. There are various methods for preparing nano graphite powder, such as mechanical crushing, chemical vapor deposition, and liquid-phase exfoliation. This product is prepared by airflow pulverization method. Nano graphite powder has a layered structure and high degree of crystallization, which endows it with excellent electronic and thermal transport properties. The highly layered structure endows nano graphite powder with excellent mechanical strength and toughness, while exhibiting good chemical stability.

Due to its abundant surface active sites and controllable surface properties, nano graphite powder can be used in fields such as adsorption materials and catalysts.

^{Technical Parameter}

Thickness: <40 nm

Purity: 99.9 wt%

Flake Diameter: 3-6μm

^{Product Features}

Extremely small particle size: The thickness is at the nanometer level, which significantly increases its specific surface area, resulting in higher surface activity and reactivity.

Excellent conductivity: Due to the excellent conductivity of graphite itself, nanoscale graphite powder performs outstandingly in the field of conductive materials.

Good lubrication performance: Nano graphite powder can form a lubricating film on the friction surface, reducing friction and wear.

Application Fields

In the field of batteries, theoretically, it can be used for lithium-ion batteries, supercapacitors, etc. to improve the conductivity and energy storage performance of electrodes.

Composite materials: added as reinforcing materials to matrices such as polymers and metals to improve the mechanical, electrical, and thermal properties of the material.

Lubricating oil and grease: With their excellent lubrication performance, they can effectively reduce the friction coefficient and improve the lubrication effect.

Catalyst carrier: Its high specific surface area and good stability make it suitable as a carrier for catalysts.

^{Related Information}

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