Nanographite powderFlake

Overview
Graphite nanoparticles represent an advanced carbon material with unique structural and functional properties. Featuring thickness at the nanoscale and high crystallinity, this material combines the intrinsic benefits of graphite—such as excellent electrical and thermal conductivity—with enhanced surface activity and mechanical strength due to its nanoscale dimensions. Prepared via an advanced airflow grinding process, the nanoparticles exhibit uniform size distribution, high purity, and a highly ordered layered structure, making them suitable for a wide range of high-performance applications.

Specifications

• Purity: 99.9%

• Thickness: <40 nm

• Flake Diameter: 3–6 μm

Key Features

• Nano-scale thickness providing high specific surface area and exceptional surface reactivity

• Excellent electrical and thermal conductivity inherited from crystalline graphite structure

• Outstanding mechanical strength and lubricity, reducing friction and wear in tribological systems

• High chemical stability and functionalization potential via surface active sites

• Uniform particle morphology ensuring consistent performance in composite and electronic applications

Applications

• Energy Storage: Used as conductive additive in lithium-ion batteries and supercapacitors to enhance electrode performance and energy density

• Composite Materials: Reinforcing filler in polymers, metals, and ceramics to improve mechanical, electrical, and thermal properties

• Lubricants: Additive in oils and greases to reduce friction, wear, and energy consumption

• Catalysis: Support material for catalysts due to high surface area and stability under reactive conditions

• Coatings: Functional component in conductive, anti-static, or wear-resistant coatings

Contact Information
For detailed technical information or custom material specifications, please contact:
Email: Sales@maxnanotech.com