Saturday, June 6

Aekyung Chemical, a South Korean firm, revealed on Wednesday that it has developed a high-performance hard carbon material designed for use as the primary anode material in sodium-ion batteries (SIB).

The newly developed hard carbon material meets international standards, boasting a discharge capacity of 300 mAh/g and an efficiency exceeding 90%.

Aekyung Chemical has successfully manufactured these materials in its mass production facilities, indicating readiness for large-scale production.

SIBs are garnering interest as a potential alternative to lithium-ion batteries due to their superior cost-effectiveness and environmentally friendly characteristics.

Since 2012, Aekyung Chemical has been a pioneer in South Korea, being the first to develop and mass-produce hard carbon anode materials for secondary batteries.

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Christopher Harrison is an EV writer at EVMagz.com, covering global electric vehicle launches, battery technology, charging infrastructure, and clean mobility trends. When he’s not tracking the latest EV developments, he enjoys night cycling, experimenting with home cooking recipes, and collecting vintage automotive magazines.

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