Investment thesis · Live
Phosphates, the hidden raw material in LFP batteries: the collision between electric cars and the food market is tightening fertilizer prices
LFP batteries turn phosphates into a battery raw material and pull them away from the fertilizer market, building structural price tension that favors phosphate producers.
Published July 11, 2026 · 180-day horizon · supply and demand
Basket return
+9.5%
equal weight, since publication
The market over the same window
+1.9%
benchmark for this basket
Edge over the market
+7.6%
in percentage points
Causal chain: LFP battery boom (energy storage + EVs) → China restricts phosphate exports → LFP consumes purified phosphoric acid → Phosphates drain away from the fertilizer market → Structural deficit and higher DAP/MAP prices → Margin expansion at phosphate producers → Beneficiaries: Mosaic, ICL, Nutrien, Ma'aden
What this thesis rests on
Each one is a statement that has to be true. When a filing says otherwise, the thesis is in trouble, and this is where we say so.
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Mosaic's Phosphates segment keeps a positive adjusted EBITDA margin with average realized DAP/MAP selling prices above $500 per tonne in every quarter reported through 7 January 2027.
financial · Unverified
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China keeps its DAP and MAP export restrictions in force through 7 January 2027, with no announced return to unrestricted phosphate fertilizer exports.
regulatory · Unverified
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No new dedicated purified phosphoric acid plant in China or Morocco above 100,000 tonnes per year of battery-grade capacity starts commercial production before 7 January 2027.
competitive · Unverified
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ICL reports commercial output of LFP cathode material or battery-grade phosphoric acid, or a signed customer supply agreement for it, before 7 January 2027.
operational · Unverified
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LFP stays the dominant cell chemistry in new stationary storage, with sodium-ion below 5% of global grid-storage cell deployments through 7 January 2027.
competitive · Unverified
The market equates batteries with lithium, nickel and cobalt, but the real winner of the past few years is LFP chemistry (lithium iron phosphate). LFP has taken over stationary energy storage and is gaining share in cheaper electric cars, and its key, underappreciated input is phosphorus. LFP cathodes require battery-grade purified phosphoric acid, the same element that has fed global agriculture for decades. Phosphates have just become a battery raw material, and that puts two markets on a collision course: energy and food.
Two forces are squeezing global phosphate supply at the same time. First, battery demand is growing fast: LFP dominates energy storage and is moving into autos, creating an entirely new and growing stream of demand for purified phosphoric acid. Second, China, the largest producer and exporter of phosphates, has been restricting DAP and MAP exports since 2021 to protect domestic fertilizer supply and to give priority to its own battery chain. Net effect: less and less phosphate available for the rest of the world.
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