Metals

LG produces single-crystal cathodes; to raise $1.5 bn in bonds

CBCIE Time:Jun 26, 2023 15:53 Source:kedglobal

LG Chem Ltd. has begun mass production of high-nickel cathode materials made with a single crystal structure for the first time in South Korea, which the company said would solve a pain point for an electric vehicle driver by increasing the lifespan and safety of a battery.

The LG Group arm also is poised to sell global bonds convertible into LG Energy Solution Ltd. shares to raise about 2 trillion won ($1.5 billion), canceling an earlier plan to sell a stake in the majority-owned unit, according to sources with knowledge of the matter last week.

LG Chem said on Monday it has launched the production of single-crystal high-nickel cathodes in its Cheongju plant in North Chungcheong Province, about 110 km south of Seoul.

The first output of what the company said is a next-generation cathode material will be delivered to a global battery maker starting next month.

Then LG will expand the single-crystal cathode production lines into the Gumi factory in North Gyeongsang Province, about 200 km southeast of Seoul, by 2027. That will bump up its annual output of the new-type cathodes to 50,000 tons by then.

A single-crystal cathode material is made with several metals such as nickel, cobalt and manganese in a one-body structure.

It is touted as a next-generation battery cathode material. It enhances the power and safety of a battery, and boosts the charging capacity.

By comparison, the conventional cathode material is a polycrystal cathode, in which metals are aggregated into smaller clusters. If often creates fissures when charging and discharging are repeated.

The cracks cause gas discharges, which LG said was pointed to as a pain point of customers because it reduces the stability of a battery.

“High-nickel single-crystal cathodes will be a game changer in the future battery materials market and a key to solve a customer’s pain point,” LG Chem Vice Chairman Shin Hak-cheol said in the statement.

In the early years of mass production, single-crystal cathodes will account for 20% of LG’s cathode materials output. It will gradually transform all its cathode producing facilities into single-crystal cathode production lines.

They will be used for both pouch-type and 4680-type cylindrical battery cells, which measure 46 mm in diameter and 80 mm tall.

Meanwhile, LG Chem’s bond issue worth 2 trillion won will be convertible into LG Energy shares, equivalent to a 1.5% stake, according to the sources. It owns 81.84% of LG Energy, the world’s second-largest EV battery maker, as of March of this year.

For its part, LG Energy doubled its global bond issuance last week to 1 trillion won from the originally planned 500 billion won after the bond sale drew a record 4.7 trillion won in bids for a South Korean company’s bond issue.

All articles, pictures, reports and other original works on the website that are attributed to CBCIE are non-public information, only for members. No one may reproduce or otherwise use the original content of this website without our permission. If you need to use it, please call
+86 18135172048 to apply for authorisation. CBCIE reserves the right to pursue any infringement and citation contrary to the original intent.

Disclaimer:CBCIE is committed to building a comprehensive and authoritative metal information platform, and strives to provide a full range of data and information services and decision-making support for metal industry researchers and practitioners. However, the information on this website is for reference only and is not intended as direct advice for investors' decision-making. Any investment, purchase, sale or operation based on the information on this website should be at your own risk and is not related to CBCIE.

CBC Lithium Product Navigation

Precursor

Ternary Precursor

Cathode Material

Other Lithium Products

Contact us

Contact us for more CBC information and services.

Get in touch
CBC专家咨询 关闭
2025-2030年报预订 关闭
close
WeCom

CS Manager:
Zizhen Zhang

+86 18135172048