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It is reported that lithium batteries are mainly composed of positive electrode materials, negative electrode materials, separators, electrolytes, etc.
, and negative electrode materials account for about 10%
of the cost of lithium battery materials.
Graphite is an early application of anode materials, compared with other carbon materials, its conductivity, crystallinity is higher, good layered structure and charge and discharge voltage is also very suitable for the de/embedding movement of cathode materials, and the current mature process and low cost, is a more ideal anode material
.
Artificial graphite is a graphite product
generated by high-temperature treatment of easy graphitized carbon.
With the development of power batteries and high-end consumer batteries, the market's requirements for battery performance continue to increase, and artificial graphite has gradually become the mainstream anode material
because of its excellent performance.
According to the data, the proportion of artificial graphite production has continued to increase from 39.
7% in 2013 to 68.
9% in 2016, and is expected to continue to grow
.
Driven by the continuous demand for new energy vehicles, by 2020, the demand for power batteries will be about 94GWh, the corresponding demand for anode materials will be about 70,000 tons, and the market size of power battery anode materials will be about 4 billion yuan; By 2025, the demand for power batteries will reach 310GWh, the corresponding demand for anode materials will reach 190,000 tons, and the market size of power battery anode materials will reach 10 billion yuan
.
It is reported that lithium batteries are mainly composed of positive electrode materials, negative electrode materials, separators, electrolytes, etc.
, and negative electrode materials account for about 10%
of the cost of lithium battery materials.
Graphite is an early application of anode materials, compared with other carbon materials, its conductivity, crystallinity is higher, good layered structure and charge and discharge voltage is also very suitable for the de/embedding movement of cathode materials, and the current mature process and low cost, is a more ideal anode material
.
Artificial graphite is a graphite product
generated by high-temperature treatment of easy graphitized carbon.
With the development of power batteries and high-end consumer batteries, the market's requirements for battery performance continue to increase, and artificial graphite has gradually become the mainstream anode material
because of its excellent performance.
According to the data, the proportion of artificial graphite production has continued to increase from 39.
7% in 2013 to 68.
9% in 2016, and is expected to continue to grow
.
Driven by the continuous demand for new energy vehicles, by 2020, the demand for power batteries will be about 94GWh, the corresponding demand for anode materials will be about 70,000 tons, and the market size of power battery anode materials will be about 4 billion yuan; By 2025, the demand for power batteries will reach 310GWh, the corresponding demand for anode materials will reach 190,000 tons, and the market size of power battery anode materials will reach 10 billion yuan
.
