Global Feed Phosphates (DCP, MCP, MDCP, DFP) Market Size, Share & Forecast 2026–2033

The market in one paragraph

Feed phosphates are the part of the phosphate complex sold by the kilogram into a ration and priced by the tonne against soya and limestone. The global market is USD 3,937.8 million in 2025 on 7,020 thousand tonnes — an average realisation of USD 560.9 a tonne — reaching USD 5,225.5 million on 7,989 thousand tonnes by 2033, 3.60 per cent of value growth against 1.63 per cent of volume.

A tonne of dicalcium phosphate contains 0.180 tonnes of phosphorus and sold for about RMB 3,060 in China in 2025. A tonne of yellow phosphorus contains one tonne of phosphorus and sold for RMB 24,324. Per tonne of contained phosphorus that is RMB 17,000 against RMB 24,324. Feed phosphate is the only product in this segment that sells its phosphorus for less than the element it is made from. Thermal acid trades at 0.88 times the element, phosphorus trichloride at 1.05, sodium tripolyphosphate at 1.32 and glyphosate at 5.58. This market trades at 0.70 — and it is, by tonnage, the largest single destination for phosphate in the chain.

That is not a defect in the market. It is the market. The customer is a feed formulator buying a one per cent line item, and the supplier is a rock owner converting an unpurified acid into a solid he can ship. Both are price-takers against something else. Longzhong’s own weekly cost model put Yunnan dicalcium phosphate at a calculated cost of RMB 2,970 a tonne against a market price of RMB 3,050 to 3,070, a profit of RMB 130 a tonne; Baiinfo’s April 2025 assessment put weekly gross profit at RMB 208.93 a tonne, a 6.76 per cent gross margin. This is a seven million tonne industry earning a few hundred renminbi a tonne, and the entire report is an explanation of why.

What this report counts, and what it deliberately leaves out

Three product families are sized. Every other phosphate is named and excluded, with the reason.

Excluded, and why. Sodium tripolyphosphate, sodium hexametaphosphate and the non-feed calcium phosphates are sized in the salts report in this segment; their specification is a detergent, food or ceramic one, and their pricing does not follow a ration. Phosphoric acid on either route, phosphorus trichloride and oxychloride, glyphosate and the phosphonates are sized in their own reports and are not counted here. Phytase is an enzyme, not a phosphate, and is not in the base — but it is the most important competitive product in this report and is treated as such. Feed-grade urea and the nitrogen feed additives are outside the phosphate perimeter entirely.

The netting rule. The rock and yellow phosphorus report counts the rock; the purified acid report counts the acid; this report counts the salt that goes into the mixer. The phosphorus inside a tonne of dicalcium phosphate has already been counted once upstream. Summing the reports in this segment would count it repeatedly, and the contained-phosphorus ladder below is the only basis on which the products can be compared without doing so.

Market forecast snapshot

Value grows 3.60 per cent a year and volume 1.63, so realisation rises from USD 560.9 to USD 654.1 a tonne over the period. The gap is not inflation. It is the mix: dicalcium phosphate is the product the enzyme displaces, and monocalcium phosphate is the product that survives displacement, because once the ration’s phosphorus is cut to the minimum the phosphorus that remains has to be available. Volume growth is almost entirely non-Chinese — poultry and aqua in Asia outside China, Latin America and Africa — against a Chinese market that is already at the ceiling of what its feed tonnage will absorb.

A warning about the base year, stated here rather than buried in the risk chapter: 2025 is a recovery year. The 2024 Chinese mainstream average was RMB 776 a tonne above the 2020 level, a 46.46 per cent rise, and dicalcium phosphate was still 20.60 per cent higher year on year in April 2025. The forecast compounds off an elevated starting price, and if rock costs normalise the near years will undershoot.

The cheapest tonne of phosphorus in the complex

Indexed to a tonne of contained phosphorus in yellow phosphorus — the element at RMB 24,324 — every other product in this segment is a conversion margin on top of it. Except one.

Read down the index column and the shape of the whole segment becomes visible. Two conversions sit below the element: dicalcium phosphate at 0.70 and, barely, thermal acid at 0.88. Everything else prices its phosphorus above the element. The reason is not efficiency — the acid at 0.88 involves a furnace and 13,000 kWh a tonne of P₄. The reason is who buys it. Phosphorus in a ration competes with limestone, with phytase and with the animal’s own requirement, and the buyer’s willingness to pay is set by the price of the feed, not by the cost of the rock.

The second number in the table is the one that matters strategically. Monocalcium phosphate sells for 58.5 per cent more a tonne than dicalcium phosphate but only 29.68 per cent more per tonne of contained phosphorus. The market pays a premium for solubility and specification, not for phosphorus. Every product upgrade in this business is a bioavailability claim, and every bioavailability claim is priced per tonne of product, which is why a producer’s route to margin runs through the grade rather than through the volume.

Why the price is capped, in one calculation

A tonne of dicalcium phosphate contains 0.180 tonnes of phosphorus, which is 0.4125 tonnes of P₂O₅, which is 0.6696 tonnes of 85 per cent phosphoric acid. At the industrial acid price of RMB 7,050 a tonne quoted in the same monthly price series as the feed phosphates themselves, that acid costs RMB 4,720.7 — 1.60 times the entire reported cash cost of RMB 2,950 a tonne of dicalcium phosphate.

That single calculation explains the technology of the entire market. Feed phosphate cannot be made from purified acid; the product would cost more in one input than it sells for in total. It is made from crude wet-process acid, or directly from rock, and the fluorine that the purification stages would remove is dealt with by defluorination instead. The commercial consequence runs through the whole segment: the purification capacity in this chain does not go to feed. It goes to food, to technical grade and to the battery line, which is why the thermal acid report found a purity premium of more than twice the Chinese domestic price outside China, and why the salts report found a 44.4 per cent premium for food-grade tripolyphosphate over the industrial grade with identical phosphorus content. Feed phosphate is what the chain does with the acid nobody purifies.

The ceiling on the other side is just as sharp. Ten kilograms of dicalcium phosphate in a tonne of ration — a typical inclusion — at RMB 3,060 is RMB 30.6, or 1.02 per cent of a RMB 3,000 tonne of feed. No formulator reformulates a ration over a one per cent line. The price of this product is therefore squeezed between a rock-derived cost floor and a feed-cost ceiling that neither the producer nor the customer controls, and the RMB 130 a tonne of profit in between is what the industry actually earns.

China’s export surge, and what it exports

The most active variable in the 2025 market was not demand but trade. Chinese exports of feed-grade dicalcium phosphate reached 261,399.22 tonnes in 2025, up 35.66 per cent, for USD 125,166,947, up 56.60 per cent — an average realisation of USD 478.83 a tonne against USD 414.81 in 2024, a rise of 15.43 per cent. Volume rose by a third and unit value by a seventh in the same year.

The monthly path was violent. May 2025 exports were 25,264 tonnes, up 20.39 per cent on April and 84.8 per cent on May 2024, at USD 463 a tonne; December was 21,149 tonnes at USD 528.46, with the highest average price of the year landing in the month with the lowest volume. Yunnan shipped 38.33 per cent of December’s tonnage; Jiangsu, Guizhou, Hebei, Shandong and Hunan followed. The December buyer list — Vietnam, Bangladesh, Malaysia, Japan-Brazil — is the map of where feed is still formulated with inorganic phosphorus and where the animal protein is growing.

And here is the uncomfortable arithmetic of that trade. Exported at USD 478.83 and containing 0.180 tonnes of phosphorus per tonne, Chinese dicalcium phosphate leaves the country at USD 2,660 per tonne of contained phosphorus. The same phosphorus, as yellow phosphorus, is worth RMB 24,324. China is exporting its phosphate in the most dilute form it manufactures, at a discount to the element, in the largest and fastest-growing volume in the segment — in a year when its fertiliser exports were quota-managed and diammonium phosphate exports fell 23.8 per cent. Whether feed phosphates sat outside that regime or simply beside it, the two markets moved in opposite directions, and the policy question that follows is obvious even if the answer is not published.

What the data will not support

Three limits, stated because they bound every number above.

First, the Chinese capacity statistics and the Chinese output statistics cannot both be right. Baiinfo puts dicalcium phosphate capacity at 4.95 million tonnes a year with no capacity under construction; Longzhong has published 5.28 million tonnes. Longzhong’s weekly output series, tracked across a 21-company sample, ran at 71,600 tonnes in the second week of September at a stated capacity utilisation of 49.02 per cent. Output of that size annualises to 3.72 million tonnes; utilisation of 49.02 per cent of a 5.28 million tonne nameplate annualises to 2.59 million. The two figures differ by 43 per cent and are published by the same firm within weeks of each other. I have built the Chinese base on the output series, because it is a physical count rather than a ratio, and I have reconciled it by treating the 4.95 million tonnes as the dicalcium phosphate line only and the balance of the 7.6 million tonnes implied by the utilisation denominator as the mono- and mono-dicalcium lines. At 49.02 per cent of 4.95 million tonnes instead, China produced 2.43 million tonnes and the global base falls by 1.29 million tonnes — 18.4 per cent. That is the single largest sensitivity in this report.

Second, non-Chinese volume is an estimate, not a count. Only one non-Chinese producer discloses feed-grade volume cleanly — PhosAgro, at 492.0 thousand tonnes of monocalcium phosphate in 2025. Mosaic reports animal feed ingredients inside two segments without splitting them out. Phosphea is a plant list, not a volume. The non-Chinese bloc of 3.30 million tonnes is built from named capacity at a stated operating rate; at 65 per cent it would be 2.99 million and the global base 6.71 million tonnes, 4.4 per cent lower; at 80 per cent, 3.68 million and 7.40 million, 5.4 per cent higher. The estimate is disclosed rather than dressed up.

Third, the collapse in the published value of this market elsewhere is a perimeter argument, not a growth argument. Most of the world’s feed phosphate never crosses a border and much of it never crosses a company boundary: it is made by an integrated rock producer and sold into its own or a contracted feed channel. A merchant-only perimeter, counting traded tonnes at traded prices, produces a market roughly 30 to 40 per cent smaller than the production perimeter used here, on the same physical tonnage. This report sizes production. Any comparison with a merchant-trade figure will disagree by that amount, and neither is wrong.

Table of Contents

• The market in one paragraph
• What this report counts, and what it deliberately leaves out
• Market forecast snapshot
• The cheapest tonne of phosphorus in the complex
• Why the price is capped, in one calculation
• China’s export surge, and what it exports
• What the data will not support

Competitive Landscape

Competitive landscape

This is a moderately consolidated market whose largest producers are rock owners and whose smallest are acid buyers, and the line between them is the line between a margin and no margin. Twelve producers account for the majority of merchant volume; below them sit dozens of single-line plants in Yunnan, Guizhou, Sichuan and Hubei whose cost position is set entirely by what they pay for rock and sulfuric acid.

PhosAgro (MOEX: PHOR) is the only producer that discloses a feed-grade volume cleanly, and it is growing fast: monocalcium phosphate output was 373.3 thousand tonnes in 2023, 410.6 in 2024 and 492.0 in 2025, a 19.8 per cent rise in the latest year, inside total phosphate-based fertilizer production of 9,363.0 thousand tonnes on 3,653.8 thousand tonnes of phosphoric acid and 12,618.4 thousand tonnes of rock and nepheline concentrate. The company reports MCP among its phosphate-based fertilizer lines and sells the feed grade under its Apafeed brand; the Balakovo branch is where the added tonnes have come from. That reporting choice is itself informative: a feed monocalcium phosphate and a fertilizer monocalcium phosphate come off the same acid and differ by a specification, not by a plant.

The Mosaic Company (NYSE: MOS) accounts for approximately 10 per cent of estimated global annual phosphate production and approximately 72 per cent of estimated North American annual production of concentrated phosphate crop nutrients, and sells animal feed ingredients out of both its Phosphate segment (Florida and Louisiana) and its Mosaic Fertilizantes segment in Brazil. It does not split feed volumes or feed realisations out of those segments, so its position in this market is large, verifiable in direction and unquantifiable in size from public filings.

Phosphea, part of the Roullier group, is the only Western producer whose business is dedicated to feed phosphates rather than a by-product line, with plants in France, Spain and Tunisia covering DCP, MCP and MDCP. Its existence is the reason Europe still has a feed phosphate industry after losing its elemental phosphorus production: the salt survived the closure of the furnace, because the salt does not need a furnace.

China is not one competitor but a province map. In December 2025 exports, Yunnan shipped 38.33 per cent of the national total, followed by Jiangsu, Guizhou, Hebei, Shandong, Hunan, Guangdong, Sichuan, Tianjin and Hubei. The competitive factor, in every one of these markets, is delivered price; there is no brand premium available for a commodity whose specification is a number on a certificate.

The strategic asymmetry that follows is simple. A producer with its own rock can survive a RMB 3,050 price; a producer buying rock on the market at RMB 1,020 a tonne and acid at industrial prices cannot, which is why the Chinese industry’s operating rate is the variable that clears the market and why the marginal tonne is always the one without a mine behind it.

Value Chain

Value chain

The chain is short, which is the point. Rock goes into sulfuric acid, the resulting crude acid is neutralised with lime and dried, and the solid is bagged and sold to a feed mill. There is no distillation, no purification and no furnace anywhere in it.

The product is sold twice before it is used. A producer sells to a distributor or directly to a feed mill; the mill sells a compound feed to a livestock integrator; the integrator sells an animal. The phosphates’ share of the first transaction is roughly ten kilograms in a tonne of feed, worth about 1.02 per cent of the ration at 2025 prices — a line item small enough that purchasing managers treat it as a cost to be minimised and large enough that getting it wrong produces a phosphorus deficiency the integrator will notice at slaughter.

Form is priced before chemistry. A Shandong producer’s own quotation sheet in August 2025 read domestic powder at RMB 2,700, export powder at RMB 3,100 and granular at RMB 3,300 a tonne, with export orders booked into September. Two thirds of the ladder between the cheapest and the dearest form of the same molecule is handling and logistics, not phosphorus: a granule flows, a powder bridges in the bin, and an export lot has to survive a container.

The export channel is the marginal one. China Customs recorded 261,399 tonnes of feed-grade dicalcium phosphate leaving in 2025 at USD 478.83 a tonne against USD 414.81 in 2024 — and the destination list, Vietnam, Bangladesh, Malaysia, Japan, Brazil, Chile and Indonesia, is the list of markets where inorganic phosphorus is still the default formulation rather than the residual one.

Investment Activity

Investment activity

Nobody in China is building feed phosphate capacity. Baiinfo’s April 2025 survey put national dicalcium phosphate capacity at 4.95 million tonnes a year with no new capacity under construction, and Longzhong’s structural review describes 2019 to 2024 as a period of continuous but stable development in which little new capacity was released. In a market earning RMB 130 to 209 a tonne, that is not a surprise; it is the only rational capital response.

The investment that is happening goes into grades, not tonnes. PhosAgro’s monocalcium output rose 19.8 per cent in 2025 to 492.0 thousand tonnes off the back of expansion at Balakovo, which is capacity that existed being reconfigured for a specification rather than a new line being poured. Everywhere else in this segment, capital is directed at purification — food grade, technical grade and the battery line — because that is where the price per tonne of contained phosphorus is 1.3 to 5.6 times the element rather than 0.70.

Mergers and acquisitions are quiet. Mosaic’s 2025 corporate activity was a USD 900 million bond offering and the agreed sale of its Carlsbad potash mine; neither touches feed. There is no consolidation premium available in a market with this margin profile and this degree of integration, and the strategic logic runs the other way: the assets are worth more to whoever owns the rock than to anyone else.

The practical consequence for a buyer is that this market’s supply response to a price signal is utilisation, not construction. Chinese feed phosphate ran at 49.02 per cent of capacity in the week of 5 September 2025 and 52.73 per cent in the second week of August. Every point of that recovered rate is supply that costs nothing but rock, which is why this market can absorb a demand surge without a price spike and why it cannot sustain a price rise for long.

Technology & Innovation

Technology and innovation

The most important innovation in this market is not a phosphate. It is an enzyme, and it was developed by feed additive companies rather than by phosphate producers because that is where the margin was.

Phytase hydrolyses phytate, the storage form of phosphorus in cereals and oilseed meals that monogastric animals cannot digest, releasing phosphorus the animal already has in its ration. Every unit of phytase adoption removes inorganic phosphorus from the formulation, and it removes dicalcium phosphate first, because dicalcium phosphate is the cheapest and least available grade in the bag. This is why this report’s central forecasting assumption is not a demand curve but a mix shift: the enzyme takes tonnage out at the bottom and pushes the surviving specification up, which is 1.63 per cent volume growth against 3.60 per cent value growth.

Defluorination is the technology barrier that keeps the market honest. Phosphate rock carries fluorine, and a feed phosphate must be defluorinated to a specification that a fertiliser does not have to meet, at a cost a fertiliser does not have to bear. It is also why the calcined route exists at all: defluorinated phosphate is made without a purified acid, by reacting rock at high temperature, and survives in this market precisely because it avoids the acid economics set out above.

Granulation and solubility are where product innovation actually lands commercially. Monocalcium phosphate sells at 58.5 per cent more a tonne than dicalcium phosphate on a specification claim — availability to a young animal — while carrying only 29.68 per cent more phosphorus per tonne. That gap is the whole innovation budget of the industry: it is a claim about the animal, tested in a trial, certified on a label, and paid for by the kilogram.

What is not being innovated is the process. The reaction has been the same for a century, the plants are small, the energy intensity is low relative to the furnace branch, and there is no patentable frontier in neutralising an acid with lime. Patent activity in this market is low and concentrated in formulation and granulation rather than chemistry, which is consistent with a mature product competing on cost of conversion rather than on novelty.

Market Risk

Market risk

Substitution risk is high and it is biological. Phytase removes inorganic phosphorus from the ration rather than replacing it with another phosphate, so it does not show up as a competing supplier in a market share table — it shows up as a falling inclusion rate. The exposure is asymmetric across the product family: dicalcium phosphate falls first and furthest, monocalcium phosphate is cushioned by the requirement that the remaining phosphorus be available.

The base year is a recovery year, and the forecast compounds off it. The 2024 Chinese mainstream average was RMB 776 a tonne above 2020, a 46.46 per cent rise, and dicalcium phosphate was still 20.60 per cent higher year on year in April 2025 at RMB 3,038 while mono-dicalcium and monocalcium were 26.04 and 23.64 per cent higher. If rock and sulfur costs normalise, the near years of this forecast will undershoot on price rather than on volume.

Cost pass-through fails at the customer. Longzhong’s September 2025 model had Yunnan dicalcium phosphate at a calculated cost of RMB 2,970 against a price of RMB 3,050 to 3,070 — RMB 130 a tonne. A producer whose input rises by RMB 100 cannot recover it from a formulator for whom the whole product is 1.02 per cent of a tonne of feed. The margin absorbs the move, and at the bottom of the cycle there is nothing to absorb it.

Trade policy is the switch under the fastest-growing part of the market. Exports rose 35.66 per cent to 261,399 tonnes in 2025 and unit value rose 15.43 per cent, in a year when Chinese fertiliser exports were quota-managed and diammonium phosphate exports fell 23.8 per cent. A market whose growth is concentrated in a single exporting country and a single province — Yunnan at 38.33 per cent of December’s tonnage — carries policy risk that no commercial hedge addresses.

The data itself is a risk to anyone building on it. The published Chinese nameplate capacity (4.95 million tonnes by one assessor, 5.28 million by another) and the published weekly output series imply capacity bases 43 to 53 per cent apart. This report states which it used and what the alternative does to the answer; a reader who takes a different view should reduce the global base by as much as 18.4 per cent.

And feed safety is existential at the level of the individual supplier, not the market. A feed phosphate is defined by its fluorine and heavy-metal specification. A contamination event does not move a price; it removes a producer from an approved supplier list, which in this industry is the only durable asset anyone owns.

Regulatory Landscape

Regulatory landscape

This is the only product in the phosphate segment that is regulated as a feed input rather than as an industrial chemical, and that changes the compliance path completely. A feed phosphate is placed on the market against an authorisation or registration regime — a feed additive or feed material list in the European Union, a feed additive catalogue and production licence in China — and it is sold with a specification for phosphorus, calcium, fluorine and the heavy metals that a fertiliser never has to declare.

Two consequences follow. First, the qualification cycle is long and the switching cost sits with the customer: a feed mill that has validated a supplier’s certificate does not move for a small price difference, which is why delivered price is the competitive factor only among already-qualified suppliers. Second, market access is a paperwork asset. A producer with a compliant specification and a licensed plant has an asset that a producer with cheaper acid does not, and that asset is what the Western industry retained when it lost the furnace.

The trade regime is a separate layer. Chinese fertiliser exports in 2025 totalled 46.27 million tonnes, up 44 per cent, worth USD 13.755 billion, up 57.9 per cent, with urea up 1,778.1 per cent to 4.89 million tonnes, ammonium sulphate up 24.7 per cent to 21.36 million tonnes, diammonium phosphate down 23.8 per cent to 3.48 million tonnes and monoammonium phosphate down 6.3 per cent to 1.88 million tonnes. Feed-grade dicalcium phosphate rose 35.66 per cent to 261,399 tonnes over the same twelve months. Whether that tonne sits inside or outside the fertiliser quota regime is not published in a form this report can cite; what is documented is that the two markets moved in opposite directions in the same year, which is the relevant fact for anyone modelling the export line.

On the demand side the regulator is the nutritionist. Phosphorus inclusion limits, nitrogen and phosphorus discharge rules in intensive livestock regions, and the cost of manure management all act on the same variable — kilograms of inorganic phosphorus per tonne of feed — that phytase acts on. A jurisdiction that prices nutrient discharge is a jurisdiction that buys less dicalcium phosphate, and the regulatory trend in Europe and parts of Asia runs in that direction.