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Characteristics of silicon-based anodes

Si anode

They are mixed into silicon-based anode active materials and graphite-based anodes at about 5–20%.

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    High capacity

    About 10 times higher than the theoretical amounts
    of Si (4,200 mAh/g) and graphite (372 mAh/g)

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    High efficiency

    Increased efficiency achieved by mixing Si and graphite

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    Long life

    Long life achieved through even carbon coating

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    Fast charge

    Faster charge speed and higher energy density
    of silicon in comparison to graphite

Product Information

Product

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GP13H

Silicon-based anode active materials Si active anode materials for 2nd battery

Si/C Composite
High capacity, high efficiency and long life.
They are mixed into graphite-based anode materials at about 5–20%.
GP products
Four to five times higher capacity than the theoretical capacity of graphite (372 mAh/g)
Si/C Composite Features
Has a high output by mixing Si to improve graphite’s low output
Faster charge speed and higher energy density than graphite

GO

GO(GRAPHENE OXIDE)

Description
Graphene oxide (GO) powder was obtained from chemical and physical processes using graphite as raw materials.
And reduced graphene oxide Description (RGO) was obtained by thermal reduction of graphene oxide(GO).
Hydroxyl, epoxy, carbonyl, carboxyl groups are linked to plane or/and edge of graphene oxide(GO).

RGO

RGO(REDUCED GRAPHENE OXIDE)

Description
Reduced graphene oxide (RGO) was obtained by thermal reduction of Description graphene oxide (GO).
Graphene oxide (GO) powder was obtained from chemical and physical processes using graphite as raw materials.

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