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Pocso Future M unveils 95% nickel EV battery cathodes
At InterBattery 2026 in Seoul, Posco Future M showcased ultra-high-nickel cathode materials with over 95% nickel and outlined a group-level supply chain from raw materials to recycling.
The company said the cathodes target long-range EVs, requiring extended battery life.
Posco Future M also showed LFP cathodes for energy storage systems and said it will convert a production line to LFP and start mass production, and break ground on a plant with an annual capacity of up to 50,000 tons.
The firm said it has been running a silicon-Cu anode demonstration plant since 2025 and aims to start mass production in 2027.
The company said it is developing solid-state battery materials with Factorial and collaborating with Sila on manufacturing technology for deposited silicon anode materials (Si-C), and is investing in lithium and graphite projects globally.
🔗 Source: ZDNet
🧠 Food for thought
Implications, context, and why it matters.
The LFP expansion hinges on a Chinese partnership
- POSCO Future M will build a lithium iron phosphate (LFP) cathode plant through a joint venture with Chinese precursor maker CNGR and FINO, CNGR’s Korean subsidiary 1.
- The companies signed the joint venture agreement on December 23 after POSCO Future M’s board approved it earlier in December, building on a 2024 partnership tied to secondary battery materials 1.
- POSCO Future M will switch some existing production lines to enter the LFP market sooner, with supply expected in the second half of 2026 1.
- The joint venture facility is set to break ground in 2026, start mass production in 2027, and scale annual output to as much as 50,000 tons 1.
A two-front strategy prepares for battery market shifts
- POSCO Future M is taking two tracks, backing next-generation battery technology while competing in the price-sensitive market 2.
- It invested in US-based Factorial, a battery company developing solid-state batteries, to build a foothold in all-solid-state cells that the company calls a “game changer,” with uses that include next-generation mobility plus physical AI markets such as humanoids and robotics 2.
- That step matches an industry move away from lab research toward mass production verification for solid-state batteries 3.
- In parallel, the LFP joint venture targets rising demand for lower-cost batteries in entry-level EVs and energy storage systems, driven by cost and lifespan advantages 1.
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