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For carbon nanotubes grown from nano-catalyst particles CVD, it is necessary to remove the catalyst particles to obtain high-purity carbon nanotubes in practical application. Using high-temperature method to purify the growth material can reduce the content of catalyst in carbon nanotubes to less than 5ppm and obtain higher graphitization degree.
Application:
Artificial graphite is a widely used anode material for new energy batteries. It is made from petroleum coke, needle coke, etc., through carbonization, graphitization and other processes.
Anode material graphitization furnace has dual functions of purification and graphitization, the carbon content can be improveded to more than 99.95%,even to 99.99995%, at the same time, the degree of graphitization is improved to 99% or more.
Chamber Options：Single or Multi-chamber
Working Temperature: Up to 3000°C
Heating Method: Medium frequncy induction
Temperature Uniformity: ±10°C
Furnace Type: Horizontal, Top loading, Bottom loading
Atmosphere: Vacuum, N2, Ar
