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Social Responsibility
2023/01/12
2020
Entering the automotive power market, with a production capacity of 12000 tons/year
Sales exceeding 10000 tons/year, becoming a leading negative electrode in the field of communication energy storage
Sales exceeding 10000 tons/year, becoming a leading negative electrode in the field of communication energy storage
2023/01/12
2021
Ranked eighth in the industry in terms of negative electrode shipment volume, leading the physical method repair of positive and negative electrode materials
Guangxi Baise graphitization has a production capacity of 10000 tons/year and is under construction with a supporting full process production capacity of 15000 tons/year, with sales exceeding 15000 tons/year. Entering the electricity energy storage market and becoming a leader in small power negative electrodes
Guangxi Baise graphitization has a production capacity of 10000 tons/year and is under construction with a supporting full process production capacity of 15000 tons/year, with sales exceeding 15000 tons/year. Entering the electricity energy storage market and becoming a leader in small power negative electrodes
2023/01/12
2022
Guizhou Xinmao was established with a planned 100000 ton/year negative electrode full industry chain and 40000 ton/year iron lithium. 10000 tons/year of lithium iron production and 60000 tons/year of negative electrode construction are underway. Becoming a leader in iron lithium repair.
2023/02/07
Graphite is a Allotropy of carbon, and the two are closely related.
There are two ways to obtain graphite: natural ore and synthesis of Coal tar. The graphite material used in lithium-ion batteries is generally prepared by blending 55% synthetic graphite with 45% low purity natural graphite.
Manufacturers once favored synthetic graphite because its uniformity and purity were superior to natural graphite. Now, it's different. The application of modern chemical purification methods enables natural graphite with a purity of 99.9% to be obtained after heat treatment. In contrast, the purity of synthetic graphite is 99%, making the former more popular.
2023/02/07
During charging, lithium ions detach from the positive electrode and pass through the electrolyte and separator
There are two ways to obtain graphite: natural ore and synthesis of Coal tar. The graphite material used in lithium-ion batteries is generally prepared by blending 55% synthetic graphite with 45% low purity natural graphite.
Manufacturers once favored synthetic graphite because its uniformity and purity were superior to natural graphite. Now, it's different. The application of modern chemical purification methods enables natural graphite with a purity of 99.9% to be obtained after heat treatment. In contrast, the purity of synthetic graphite is 99%, making the former more popular.
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