POSCO Future M to supply LFP cathode materials to major battery maker
POSCO Future M agreed to supply a major Korean battery maker with over 190,000 metric tons of LFP cathode materials from 2027-2032 under a long-term deal, with contract terms to be finalized in Q3. The company plans to improve cost competitiveness using POSCO Group inputs, is certifying LFP prototypes and targets mass production by year-end, and is negotiating additional supply deals.
How this was made
The 30-second read
Why it matters
The disclosed long-term LFP cathode volume (190,000+ metric tons over six years) and the stated production conversion and certification timeline provide a concrete signal of scaling plans into the LFP market.
Market read
A new, quantified LFP cathode supply agreement strengthens the LFP demand read-through for POSCO-linked exposure, with contract finalization expected in Q3.
What to watch
Customer certification timing and ramp execution (mass production by end of this year) could delay revenue recognition even if the long-term volume is secured.
Background
POSCO Future M is converting part of its Pohang cathode line to produce LFP and is pursuing additional LFP supply deals while also expanding synthetic graphite capacity in Vietnam.
Market effects
Reinforces the shift toward cheaper LFP cathodes for ESS and EVs, potentially increasing competitive pressure on nickel-based supply chains.
Highlights Korea-based cathode producers expanding into North America-linked ESS demand.
Supports the global LFP supply buildout and may affect raw-material sourcing strategies (iron oxide and lithium).
Counterpoint
Because the customer is unnamed and pricing/margins are not disclosed, the market may discount the deal’s earnings impact versus broader LFP capacity announcements.
Key entities
- companyPOSCO Future M
Agreed to supply LFP cathode materials under a long-term deal starting 2027, with mass production targeted by end of this year.
- company_groupPOSCO Group
Provides raw materials used for cost competitiveness, including iron oxide from steelmaking and lithium from Argentina.
