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Exfoliated Graphite Nano Platelets

Exfoliated Graphite Nano Platelets
Exfoliated Graphite Nano Platelets
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Product Code : 04
Product Description
We are offering exfoliated graphite nano platelets, graphene the specifications of our graphene is as below:
  • Average thinkness: 3.5nm
  • Diameter: 5-10μm
  • Carbon: 98%
  • Oxygen: 0.5%
  • Moisture: 1%
  • Electrical conductivity: 500s/cm
  • Thermal conductiry: 1000w/m·k
  • SSA:150m2/g
  • Bulk density: 0.025g/cm3

Graphene is a single atomic layer thickness of the graphite material, having a unique two-dimensional structure and excellent electrical, mechanical and thermal properties. At the same time, it is also a good lithium ion battery electrode materials. The microscopic structure of the electrode materials have a significant impact on its performance, the graphene special morphology and microstructure of the electrode material, can effectively improve the electrochemical properties of the material.

Graphene is extremely electrically conductive material. In turn, xgnp has a percolation threshold for conductivity of 1.9 wt% in thermoplastic matrix. At densities of 2–5 wt%, conductivity reaches sufficient levels to provide electromagnetic shielding. Xgnp can also be combined with glass fibers or other matrix materials to provide sufficient conductivity for electrostatic painting or other applications requiring electrical conductivity.

Exfoliated Graphite Nano Platelet is a solitary nuclear membrane thickness of the graphite content, having a special two-dimensional structure as well as astounding electrical, thermal and mechanical properties. In the meantime, it is likewise a decent lithium particle battery terminal material. The tiny structure of the terminal material significantly affect its execution. The Exfoliated Graphite Nano Platelets unique morphology and microstructure of the anode content can successfully enhance the electrochemical material quality.

Our product is to highly electrically conductive material. Thusly, xgnp possesses a permeation edge for 1.9 wt% conductivity in thermoplastic network. At 2– 5 wt% densities, conductivity achieves adequate levels to give electromagnetic protecting. Xgnp can likewise be joined with glass filaments or different network material to give adequate conductivity to electrostatic painting or different usages requiring electrical conductivity.