Carbon Nanocages

Compared with other nanostructures, some unique characteristics of nanocage structures make them particularly attractive to electrochemical materials: porous shells with nanoscale thickness facilitate contact between electrode materials and electrolyte, shortening the ion diffusion path; hollow interior can be used as ion storage to provide additional space and sufficient electrolyte ions for rapid electrochemical processes; porous shells and hollow structures also reduce volume changes in electrochemical processes and contributing to cycle stability. In addition, the rich contact surface area, various nanocage structures (especially spherical nanocages have the advantages of high packing density and high processing performance of spheres) and adjustable composite structures (such as nanocages/precious metal composite structures) compensate for the disadvantages of single size nanostructures of nanocages.

1. Characterizations

Elemental Analysis of Carbon nanocages  (EDS)

 
SEM image of Carbon nanocages

TEM image of Carbon nanocages

XRD pattern of carbon nanocages

2. Application Fields

Electrochemical energy storage, catalyst carrier, environmental adsorption, food adsorption and other fields.

3. Storage Conditions

Sealed, avoid light and keep dry at room temperature. Expiry date: One year.

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