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Manganese for Batteries

Critical Materials & MiningMaterials Updated 2026-06-30

Manganese is emerging as the lower-cost cathode alternative to nickel and cobalt via LMFP (lithium manganese iron phosphate) chemistry — BYD's Blade Battery 2.0 is now featured in many 2026 vehicles and CATL, BYD and SVOLT project combined LMFP volumes of 200-400 GWh annually by 2028 — but the battery-grade high-purity manganese sulphate (HPMSM) supply chain remains heavily China-concentrated, with only Japan, Kazakhstan and Belgium offering meaningful commercial-scale production outside China.

📈 What changed: BYD's Blade Battery 2.0, built on LMFP chemistry, became featured in many 2026 vehicles, marking a major commercial milestone for manganese-intensive cathode chemistry.

The Northstar view

Primary State
Battery Chemistry Scaling, Supply Chain Nascent ActiveLMFP adoption is real and scaling; dedicated HPMSM supply outside China remains limited
Near-Term Value
LMFP Battery-Maker Revenue ActiveCATL, BYD and Gotion generate real, disclosed revenue from LMFP-inclusive product lines
Main Risk
China HPMSM Processing Concentration WatchOnly Japan, Kazakhstan and Belgium offer meaningful non-China commercial-scale HPMSM output
Conviction
Medium-High ImprovingHigh on battery-chemistry adoption, cautious on supply diversification — LMFP commercialisation is proven; Western manganese-supply development remains earlier-stage
Next Trigger
Euro Manganese or Element 25 reaching a supply agreement with a major battery maker UnscheduledWould be a key proof point for non-China HPMSM supply-chain development

Six-indicator scorecard

IndicatorScoreReading
Maturity
higher is better · high confidence
69/100
A genuinely bifurcated theme: LMFP battery chemistry is commercializing rapidly at the cell-maker level, while dedicated battery-grade manganese mining/processing capacity remains nascent and heavily China-concentrated.
Evidence Strength
higher is better · high confidence
80/100
Detailed, quantified market-research and specialist mineral-intelligence data anchor this theme with strong corroboration.
Commercial Proximity
higher is better · high confidence
76/100
Battery-maker revenue is real and scaled; dedicated manganese-mining supply remains earlier-stage and concentrated in China.
Capital & Policy Support
higher is better · low confidence
26/100
Indirect support via broader EV and battery-supply-chain policy, without a manganese-specific dedicated subsidy programme identified.
Crowding Risk
lower is better · low confidence
15/100
A thinly-covered, specialised theme without concentrated institutional positioning.
Reflexivity Risk
lower is better · low confidence
50/100
Battery-maker majors are earnings-grounded; junior manganese miners carry considerably higher narrative and financing sensitivity.

Every indicator score is computed by the Northstar engine from analyst-set ordinal bands — never hand-written, never stored.

Related tickers

300750.SZ1211.HK002074.SZ3931.HK005490.KSEMN.VE25.AXS32.AXERA.PAOMH.AX

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