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Lithium iron phosphate (LFP) is a cathode material made from lithium carbonate, iron phosphate and carbon sources. It is used in electric vehicle batteries, grid and commercial energy storage and electric buses. China produces the overwhelming majority, with first-half output of about 2.63 million tonnes against about 28 thousand tonnes elsewhere, while Korea, the United States, Germany and India are emerging buyers.
Pricing has increased gradually through 2026. Chinese LFP rose from USD 8,207 per tonne in the fourth quarter of 2025 to USD 8,371 in the first quarter and USD 8,538 in the second, an increase of about 4 percent, with the global average at USD 9,356. Delivered duty paid prices in China were USD 8,522 in July and USD 8,574 in August, an increase of 0.6 percent.
As of August 2026, LFP cathode was assessed at USD 8,574 per tonne DDP China, with the second-half outlook range for China at USD 8,470 to 9,180 per tonne.
Supplier news: Chinese LFP producers lifted July scheduling by 4.68 percent with storage orders booked through the second quarter of 2027, and processing fees for advanced grades rose in June, which supports prices in the short term, while capacity additions and lower carbonate costs should moderate them over the long term.
Supply and demand should stay moderately tight through H2 2026, with the lithium carbonate feedstock costs doing most of the work on pricing. Germany and the US both kept the electric-vehicle demand steady through H1, and that's likely to continue. South Korea's battery-manufacturing sector kept the demand building, while China's large production base kept it the most affordable of the four. None of the four markets we track is showing signs of genuine disruption heading into the back half of the year.
Buyers should keep an eye on the broader lithium carbonate market specifically, since it's the dominant feedstock cost driver here, and lithium pricing can move for reasons tied to the broader battery-materials complex that extend well beyond LFP demand alone.
The energy-storage demand segment bears watching too, since grid-scale battery storage has become an increasingly significant driver of LFP demand alongside the more established electric-vehicle market.
What could push prices higher? A lithium carbonate feedstock spike, or a stronger-than-expected electric-vehicle or energy-storage demand surge. What could pull them lower? A slowdown in EV production or battery-manufacturing activity.
| Region | 2026 Price Range (USD/MT) | Outlook |
| Global Average | 9,270 - 10,050 | Steady battery-cathode demand support |
| China | 8,470 - 9,180 | Large production base keeps China most affordable |
| South Korea | 9,340 - 10,120 | Steady battery-manufacturing demand |
| United States | 9,920 - 10,755 | Steady electric-vehicle demand |
| Germany | 10,190 - 11,050 | Established electric-vehicle demand commands premium |
China's lithium iron phosphate producers passed through the firmer feedstock costs this quarter, and the domestic battery demand held steady. The gain came to 2.0%, USD 8,371/MT to USD 8,538. That kept China comfortably the most affordable of the four markets.
Why did the price of Lithium Iron Phosphate change in Q2 2026 in China?
The lithium carbonate feedstock costs firmed through the quarter, and the domestic battery-cathode demand held its ground right alongside that.
South Korea climbed 2.0% to USD 9,412/MT, the battery-manufacturing demand continuing to build through the period.
Why did the price of Lithium Iron Phosphate change in Q2 2026 in South Korea?
The battery-manufacturing demand kept building, and that alone explains most of the move here.
USD 10,009/MT. That's where the US landed in Q2, up 2.0% from USD 9,812 in Q1. The electric-vehicle demand stayed steady, and the feedstock costs climbed just enough to push things higher.
Why did the price of Lithium Iron Phosphate change in Q2 2026 in United States?
The electric-vehicle demand didn't move much, honestly. It was the lithium carbonate feedstock costs doing most of the work this quarter.
Germany gained 2.0% to USD 10,279/MT, the established electric-vehicle demand staying firm through the period.
Why did the price of Lithium Iron Phosphate change in Q2 2026 in Germany?
Germany's premium held for the usual reason: steady electric-vehicle demand backed by firming feedstock costs.
China gained 2.0% to USD 8,371/MT, the demand firming as the year opened.
Why did the price of Lithium Iron Phosphate change in Q1 2026 in China?
The domestic battery demand firmed as the year opened, and the lithium carbonate feedstock costs edged higher right alongside it.
South Korean LFP rose 2.0% to USD 9,227/MT, the battery-manufacturing demand firming with the new year.
Why did the price of Lithium Iron Phosphate change in Q1 2026 in South Korea?
The battery-manufacturing demand firmed with the new year, and the feedstock costs kept climbing steadily too.
US LFP climbed 2.0% to USD 9,812/MT, the electric-vehicle demand staying firm through the quarter.
Why did the price of Lithium Iron Phosphate change in Q1 2026 in United States?
The electric-vehicle demand stayed firm, and the feedstock costs firmed alongside it.
German LFP rose 2.0% to USD 10,077/MT, the electric-vehicle demand building through the quarter.
Why did the price of Lithium Iron Phosphate change in Q1 2026 in Germany?
The electric-vehicle demand built through the quarter, tracking the automotive-manufacturing activity closely.
The global average climbed steadily across the window, from USD 8,600/MT in Q1 2025 to USD 9,356 by Q2 2026, a net gain of about 8.8%. Every quarter posted a gain here, reflecting the firming lithium carbonate feedstock costs and the steady electric-vehicle and energy-storage demand across every market we track, with the pace of the gains staying remarkably consistent across the entire window.
| Quarter | Price (USD/MT) | QoQ Change | Direction |
| Q2 2026 | 9,356 | +2.0% | ↑ Rising |
| Q1 2026 | 9,173 | +2.0% | ↑ Rising |
| Q4 2025 | 8,993 | +1.5% | ↑ Rising |
| Q3 2025 | 8,860 | +1.5% | ↑ Rising |
| Q2 2025 | 8,729 | +1.5% | ↑ Rising |
| Q1 2025 | 8,600 | - | - Stable |
| Q3 2026 | In Progress | - | - In Progress |
2025 was a steadily firming year for lithium iron phosphate. Starting near USD 8,600/MT in Q1, the global average finished 2025 at USD 8,993, a gain of about 4.6%. The electric-vehicle and energy-storage demand held consistent all year across every market we track, before the pace of gains stayed just as strong once 2026 got underway. The consistency of that pattern across all four regions makes this one of the more predictable battery-material markets we track.
Chinese prices moved from about USD 7,850/MT in Q1 2025 to USD 8,207 by Q4, up roughly 4.5%. The domestic demand held steady all year, and China stayed the most affordable of the four markets throughout.
South Korean prices climbed from USD 8,650/MT in Q1 to USD 9,046 by Q4, a 4.6% gain, tracking the steady battery-manufacturing demand.
US prices rose from USD 9,200/MT in Q1 to USD 9,620 by Q4, up 4.6%, tracking the steady electric-vehicle demand.
German prices moved from USD 9,450/MT in Q1 to USD 9,880 by Q4, a 4.6% gain, the highest absolute price throughout the four markets on the established electric-vehicle demand.
Expert Market Research: Your Source for Real-Time Lithium Iron Phosphate Price Intelligence
We keep a continuous eye on the lithium iron phosphate prices wherever it's produced or consumed at scale, tracing causation through the lithium carbonate and iron phosphate feedstock economics, the electric-vehicle and energy-storage battery demand, and the cathode-material production capacity utilization. Our analysts track the broader lithium-battery-materials complex closely, given how directly it drives LFP's feedstock costs. We also flag any material shift in the underlying feedstock or trade-logistics conditions as soon as it becomes apparent. Need pricing data, bespoke market analysis, or procurement advisory? Reach out to our team.
*While we strive to always give you current and accurate information, the numbers depicted on the website are indicative and may differ from the actual numbers in the main report. At Expert Market Research, we aim to bring you the latest insights and trends in the market. Using our analyses and forecasts, stakeholders can understand the market dynamics, navigate challenges, and capitalize on opportunities to make data-driven strategic decisions.*
It's one of the two dominant cathode-active battery chemistries in the electric-vehicle industry, valued for its lower cost, longer cycle life, and safer thermal-stability profile compared to nickel-based alternatives.
In Q2 2026, it averaged USD 8,538/MT in China, USD 9,412/MT in South Korea, USD 10,009/MT in the US, and USD 10,279/MT in Germany, still the priciest market thanks to the established electric-vehicle demand.
The global average climbed from USD 8,993/MT in Q4 2025 to USD 9,173 in Q1 2026, then on to USD 9,356 in Q2, up 4.0% across the half.
The lithium carbonate feedstock costs firmed across every region, while the electric-vehicle and energy-storage demand held steady to strong across every market tracked.
We're expecting a global average somewhere in the USD 9,270-10,050/MT range, supported by the steady battery-cathode demand.
Germany carries the firmest premium on established electric-vehicle demand. The US and South Korea occupy a firm middle. China prices lowest on its large domestic production base.
The lithium carbonate and iron phosphate feedstock costs matter most, followed by the electric-vehicle and energy-storage battery demand and the cathode-material production capacity utilization.
China holds the largest production base and built early scale advantages in this specific chemistry, while South Korea, the US, and Germany host established battery-manufacturing industries serving their own regional demand.
Monthly, though our analysts flag any material shift in feedstock or battery-manufacturing conditions between scheduled updates, so buyers are never working from stale figures. We also track how buyers in adjacent markets are adjusting their sourcing strategies.
The quarterly trends and forecasts help time battery-linked purchasing around the lithium carbonate feedstock cycles. Tracking electric-vehicle and energy-storage production trends can help buyers anticipate demand shifts before they show up in spot prices. Building that habit into a quarterly procurement review tends to pay off more consistently than reacting to price moves after they have already happened.
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