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Editorial illustration of rare earth leach ponds on a forested Myanmar hillside near a guarded border road

Rare Earth Race · Country Briefing

Myanmar's 5.6% mine estimate cannot be independently audited.

The 22,000-tonne national total is inferred from Chinese trade records. The reviewed sources do not publish a dependable split by material.

Updated 30 August 202619 minute readProject data cutoff 27 August 2026Price reference 28 August 2026
On this pageTakeaway

An 89% fall in Chinese imports from Myanmar in February 2025 showed why these remote mines matter. The clays around Pangwa and Chipwi supply dysprosium and terbium, two materials used to keep permanent magnets working at high temperatures. Fighting shifted control of the main northern district in late 2024, while new leaching sites appeared in eastern Shan State. 3 4

USGS estimates 22,000 tonnes of national output for 2025, equal to about 5.6% of world mine supply. 1 That figure is inferred from Chinese import records because Myanmar provides no transparent mine ledger. The reviewed sources do not publish dependable individual totals for dysprosium, terbium, yttrium, gadolinium, samarium, neodymium or praseodymium. 3 4 China supplies much of the technical know-how, buys most recorded material and performs the separation. We expect that route to take at least 80% of formal exports through 2030. 3 4 Border control, conflict financing and polluted rivers remain inseparable from any supply forecast. 10 12 13

The country in four dates

Strategic weight is high. Data quality is low.

Reported output, current events, company targets and our forecasts are kept in separate boxes. NdPr means neodymium and praseodymium reported together. Dy/Tb means dysprosium and terbium reported together.

Latest estimate · 2025

A large number built from trade records.

  • 22,000 tonnes · 5.6%estimated mine output and world share1
  • No audited splitdysprosium and terbium tonnes are not published4

What changed in 2026

Territorial control remained the operating schedule.

  • No national ledgerborder access, technicians and armed control still determine recorded flows10

Next credible opening

There is no project-style opening date.

  • EarthRarest forecastNo dependable scheduleour assessment: output can stop, restart or shift between districts3

2030 view

China remains the destination for most recorded feed.

  • EarthRarest viewAt least 80%our central share of formally recorded material routed to China4

Strategic metals already in the picture

Rare earths are not the whole story.

Data and sources
Sb
4,500 tonnes · 4.1%Antimony mine estimate, 2025

Projects first

The mine total is large. The project details are not public.

Pangwa-Chipwi ion-adsorption belt

Multiple Chinese-linked and local operators; Kachin Independence Organization and its armed wing control access · Kachin State

Operating, but disrupted

Kachin Independence Army control since October 2024; status checked August 2026

No audited mine total

Core heavy rare earth feed district

The belt can restart in sections, though tax terms and Chinese technicians decide how much material crosses the border. Reuters' estimate that the region supplies roughly half of the world's mined heavy rare earths describes the wider supply role rather than audited capacity. 3

Kanpaiti border corridor

Kachin Independence Organization and its armed wing territorial control · Kachin-China border

Trade route, not a mine

Captured in November 2024

No production capacity

Route and revenue node, not a single mine

Kanpaiti matters because ore and compounds need a border route. AP confirmed the takeover, while the exact revenue split and shipment regime remained opaque. 7

Mong Hsat-Mong Yun sites

Ownership unverified; United Wa State Army protection and Chinese-speaking operators · Eastern Shan State

Producing now

Satellite and field evidence to June 2025

No audited tonnes

More than 12 pools at one site and 20 at another

Physical growth is visible, but Reuters could not identify the legal owners. The sites appear to be a substitute for disrupted Kachin feed while remaining tied to Chinese expertise and customers. 4

India-facing Kachin supply route

No committed operator · Kachin to northeast India

Study only

Contact with state-owned Indian Rare Earths Limited (IREL) reported in December 2024; no commercial route by August 2026

0 verified tonnes a year

No audited shipment or named separator

Mountain logistics and limited Indian heavy separation capacity keep this below project status. U.S.-linked pitches also lacked a decision and a workable supply chain. 3 6

Material by material

What Myanmar supplies now, what could change by 2030, and China's share

Each card begins with the finding. The numbers and their limits sit underneath it.

Every bar runs from 0% to 100%. A solid bar is directly comparable. A shaded bar is an estimate or uses a different type of output. Where no reliable percentage exists, the card says so instead of drawing a false zero.

Myanmar nowIf projects openChina todayShaded: estimate or different output
Dy+Tb

The world's most exposed heavy-feed route

Dy + Tb: Dysprosium and TerbiumHigh-temperature EV, wind and defence magnets

DyDysprosiumTbTerbium
Myanmar nowNo reliable global percentage
If projects openNo reliable global percentage
China today91% for Nd, Pr, Dy and Tb together (2024)
NowAmount not published
If projects openAmount not published

What it means: Myanmar's strategic weight is far larger than its public data quality. 3, 4, 15

What these figures mean

Kachin and Shan ionic-clay districts feed Chinese heavy separation, but no audited Dy or Tb ledger exists. Output can restart or shift between districts as border access, technicians and armed control change.

China figure: China refined 91% of neodymium, praseodymium, dysprosium and terbium together in 2024. This is not an individual-material share.

Y+Gd+Sm

Co-products hidden inside opaque mixed feed

Y + Gd + Sm: Yttrium, Gadolinium and SamariumCoatings, medical, optical, nuclear and specialist magnetic uses

YYttriumGdGadoliniumSmSamarium
No published shareNo comparable percentage exists for current supply, planned supply or the China comparison at the same product stage.
NowAmount not published
If projects openAmount not published

What it means: Country mine output should not be presented as individual saleable oxides. 2, 4, 16

What these figures mean

The same ionic-clay systems can carry other heavy and medium elements without a reliable national split. Chinese processors and licences determine which commercial products emerge after the border.

China figure: No like-for-like individual-material China share is published for this product stage.

Nd+Pr

Not the main reason Myanmar controls the chokepoint

NdPr: Neodymium and PraseodymiumHigh-volume permanent magnets

NdNeodymiumPrPraseodymium
Myanmar nowNo reliable global percentage
If projects openNo reliable global percentage
China today91% for Nd, Pr, Dy and Tb together (2024)
NowAmount not published
If projects openAmount not published

What it means: Myanmar matters most where substitution and alternative feed are weakest: the heavy rare earths. 6, 3, 15

What these figures mean

Public evidence does not support a separate current NdPr figure. Alternative Indian or US-linked routes remain proposals without audited shipments or named separators.

China figure: China refined 91% of neodymium, praseodymium, dysprosium and terbium together in 2024. This is not an individual-material share.

Ionic clay

National tonnes hide origin and harm

Ionic-clay feedFeed for rare-earth separation

No published shareNo comparable percentage exists for current supply, planned supply or the China comparison at the same product stage.
Now2025 national estimate: 22,000 tonnes of rare-earth-oxide equivalent from Chinese import data; not audited site output
If projects openAmount not published

What it means: Physical volume cannot be separated from conflict financing and river contamination. 1, 4, 13, 16

What these figures mean

USGS estimates 22,000 tonnes of rare-earth oxide in 2025 from Chinese import data rather than transparent mine filings. New Shan leach pools are visible, while ownership, recovery and legal status remain unclear.

China figure: No like-for-like individual-material China share is published for this product stage.

China oxide price guide

Indicative domestic midpoints, 28 August 2026, per kilogram

LanthanumUS$0.72
CeriumUS$1.87
SamariumUS$2.17
YttriumUS$7.75
GadoliniumUS$25.62
NdPrUS$95.56
DysprosiumUS$191.78
TerbiumUS$889.95
Per kg of oxide. Purity, tax, delivery point, export licensing and contract terms can change a quote by multiples. These are not local sale-price forecasts. Source: SMM.

Strategic metals beyond rare earths

Myanmar's other strategic metals

Each card states the type of output and year. The bars compare this country with the market leader at the same step whenever the data allows it. A data gap is not zero.

Compare all eight strategic metals

The conversion test

Where Myanmar actually sits in the chain

A deposit is only the first step. Statuses below describe operating capability at the data cut-off, not announced ambition.

01
Operating, opaque

Mine

Hundreds of diffuse ion-adsorption leach sites operate across Kachin and a growing Shan footprint. Satellite features are easier to see than ownership or contained output. 2 10

02
Border trade

Mixed product

Operators precipitate mixed carbonate or another compound before trucking it to China. Gross customs tonnes cannot be treated as contained rare-earth oxide without assay and conversion data. 3

03
Missing at scale

Separation

No verified industrial Myanmar plant separates the mixed feed into high-purity dysprosium or terbium oxides. Most Kachin material is processed in China. 3

04
Missing

Metals and alloys

Commercial metal and alloy conversion has not been demonstrated inside Myanmar. The nearest established route remains across the Chinese border.

05
Missing

Permanent magnets

Myanmar has no verified commercial permanent-magnet industry. Strategic value comes from feed chemistry rather than domestic manufacturing.

The numbers

The mine-output number in context

USGS 2025 estimates cover total rare earth oxide equivalent. The chart does not measure refining or magnet output.

Leading mine producers

World share and tonnes, 2025 estimate
China 270,000 tonnes · 69.2% of world
United States 51,000 tonnes · 13.1% of world
Australia 29,000 tonnes · 7.4% of world
Myanmar 22,000 tonnes · 5.6% of world
Every rail runs from 0% to 100% of world mine output. The label also gives tonnes. World total: about 390,000 tonnes in 2025; trade-derived estimates can be revised.

USGS estimates Myanmar's output at 27,000 tonnes for 2024. Its estimate for 2025 falls to 22,000 tonnes of oxide equivalent. 1 The one-year decline is smaller than the collapse visible in February customs data because annual estimates can include other months and inventory. Anyone matching those figures line by line will invent precision that neither source claims.

Global Witness reported 41,700 gross tonnes of heavy rare earth oxides imported by China from Myanmar during 2023. 8 That figure belongs to customs categories, while USGS reports oxide-equivalent mine output. Water content and product chemistry sit between them, so the larger gross number does not overturn the smaller contained estimate.

USGS lists no reserve figure that could steady the story, and satellite mapping explains part of the problem. Clay-hosted operations spread across irregular weathering profiles, with leachate tanks sitting downhill from temporary injection areas. 2 Counting them resembles tracking a moving network of chemical works more than measuring one open pit.

The Kachin Independence Army takeover exposed that uncertainty when Reuters found a 20% tax had made many Pangwa and Chipwi operations uneconomic after the capture. Chinese technicians and ammonium salts were also needed for a full restart. 3 Output depends on a political bargain before it depends on a published reserve.

The 22,000-tonne estimate is useful as a direction of travel. It is too fragile to carry a mine-by-mine claim.

What the numbers say

Tropical weathering stripped and rearranged rare earths from Kachin granites, leaving ions adsorbed to clay surfaces. Operators can wash those ions out without a hard-rock mill. The basket includes yttrium and heavier magnet additives, which gives a remote hillside more strategic weight than its low grade suggests.

The method lowers crushing and grinding needs, and its feed can be less radioactive than material from a monazite route. Chemical leakage and slope failure replace part of that burden. Global Witness documented acidic streams plus elevated arsenic around mine areas. 8 A low-thorium deposit can still poison a watershed when collection ponds leak.

Mixed product leaves Myanmar before separation into individual oxides, while Chinese firms built much of the Kachin system after Beijing tightened environmental controls on domestic ionic clay mining. 3 The arrangement moved extraction cost across a border while keeping separation knowledge and magnet customers inside China.

India explored an alternative route with Kachin contacts late in 2024. Mountain roads toward northeast India remain sparse, and India's heavy-rare earth processing base does not match China's. 3 Political interest remains several practical steps short of a repeatable supply chain, so a delegation should not count as diversified output.

Myanmar's Mines Law and Mining Rules place licensing inside a national framework. The main rare earth belt now sits under Kachin Independence Organization and Kachin Independence Army control, while the United Wa State Army protects newer operations in eastern Shan. A company can hold paperwork from one authority and still need a separate bargain with the actor guarding the road.

The Kachin Independence Army captured Pangwa in October 2024, then took the Kanpaiti border hub the following month. 7 China pressed the group as fighting continued around Bhamo, folding heavy rare earth access into a wider security negotiation that no ordinary permitting chart can represent. 5

Reuters found Shan acting as the pressure-release valve, with sites between Mong Hsat and Mong Yun where Chinese-speaking managers worked under United Wa State Army protection. One site held more than a dozen leach pools by February 2025. A second developed 20 pools within about a year. 4 Ownership stayed unclear even after commercial satellite images confirmed the physical growth.

The Kachin Independence Organization issued a reported 14-point environmental and labor framework in August 2026. It calls for rehabilitation and runoff control, with waste removal at closure. 11 The test begins with inspection records and water results; a rule announced one day before this cut-off has no compliance history.

The Office of the United Nations High Commissioner for Human Rights (OHCHR) counted more than 370 Kachin mining sites in its February 2026 update. Across those areas, the same update also mapped 2,795 individual leaching pits. The office linked revenues to armed actors and described exploitation risks around mine camps. 10 Different studies use different definitions, so site counts should keep their source and date rather than being welded into one trend line.

Thai researchers found arsenic in the Kok River, alongside signatures of the heavy rare earths dysprosium and terbium. Reuters traced concern along the rivers to new Myanmar rare earth and gold sites, while Thailand created task forces for water and health. 12 Farmers cannot wait for a perfect published origin record when an irrigation warning arrives before harvest.

AP later documented falling confidence in fish and crops along connected Mekong tributaries. 13 These are impacts from Myanmar and Laos operations farther along the rivers, not evidence that every Myanmar mine caused the same contamination. Source attribution needs sampling points and hydrology. Satellite maps can then establish which operations actually lie farther along the rivers than those sample sites.

Myanmar can remain a large supplier while Kachin output stays volatile. Shan growth and periodic inventory releases can soften a blockade, though neither creates a non-Chinese separator. The 2030 watchlist starts with border access and satellite area. A traceable destination other than China would change the forecast.

Government help

How the government is helping projects get built in Myanmar

Loans, grants, guaranteed buyers and minimum prices can help a project get built. A promise counts only when the money or contract is committed.

Mine output22,000 tonnesTrade-derived 2025 estimate
Audited mine ledgerNoneOwnership and site output remain opaque
Border controlArmedKanpaiti and Kachin routes can change quickly
Public price floorNoneTaxes and access are negotiated locally
MeasureWhat it doesWho receives itWill it move the project?
Territorial taxation and accessRules change with armed controlKachin Independence Organization and its armed wing control in Kachin affects taxes, technicians and border movements.Operators able to negotiate access to mines and the Kanpaiti corridor.Not a stable national mining regimeSupply can change without a formal national policy announcement. 11, 7
China-facing border routePhysical access to the separation systemOre and compounds depend on border crossings and Chinese processing capacity.Kachin and Shan operators tied to Chinese expertise and buyers.The border is part of the plantA mine restart does not matter if material cannot cross or receive a licence. 3, 4
Conflict and sanctions exposureRules on buyers, business partners and regionsInternational advisories warn about business links to armed actors and abusive extraction.Foreign buyers, financiers and logistics providers.Cheap feed can carry unpriced legal riskNo purchase agreement or floor should be assessed without ownership and human-rights due diligence. 9, 10
Water and leach controlsWeak and fragmented enforcementCross-border river evidence points to serious contamination from mining areas.Communities and downstream agriculture in Myanmar and Thailand.Environmental failure can become supply failureThere is no credible public support scheme or national price floor balancing these costs. 12, 13

EarthRarest forecast

What to watch through 2030

These are dated editorial predictions, not company guidance or investment advice. Each includes the evidence that would force a rethink.

Each year through 31 December 2030

China still receives at least 80% of Myanmar's recorded rare-earth compounds

The road, technicians and nearest commercial separation plants all point east. Proposed Indian or U.S.-linked routes had no repeatable shipment at the data cut-off. 3 6

ConfidenceHigh
What would change this view

Revise if a non-Chinese route delivers at least 2,000 tonnes of rare-earth oxide equivalent for four consecutive quarters with audited origin and a named separator.

Between the 2026 and 2030 production years

Myanmar's output estimate swings by at least 25%.

Myanmar's annual USGS mine-output estimate changes by at least 25% in at least one year. A trade-derived series is exposed to border closures and stock movements. Armed control has already cut monthly flows far faster than a conventional mine plan would. 1 3

ConfidenceHigh
What would change this view

Lower confidence after four consecutive quarters of stable Kachin access, unchanged tax terms and agreement between customs and satellite activity.

By 31 December 2028

Eastern Shan's leach-site footprint grows at least 30%.

Eastern Shan's identifiable rare earth leach footprint grows at least 30% from a comparable 2025 satellite baseline. United Wa State Army-protected sites expanded quickly as Kachin supply tightened. Chinese know-how and an established buyer shorten the route from a new pool to a marketable mixed product. 4

ConfidenceMedium
What would change this view

Revise when USGS or OHCHR publishes a comparable baseline. This forecast is wrong if comparable imagery shows less than 30% growth or net rehabilitation by the deadline.

Method and evidence

What the numbers mean

Trade-derived production
The 22,000-tonne figure comes from Chinese import reporting rather than a Myanmar mine census. Customs compounds and gross cargo tonnes are kept separate from contained rare-earth oxide. 1
Conflict and origin
Territorial control is dated to the source report. USTR's warning about origin relabelling is treated as a supply-chain risk, not proof about any named shipment. 9
Site counts
Satellite studies use different dates and definitions. Each count names its source and does not treat pit or pond totals as mine-site totals. 2 10
Sources used for this briefing
  1. Mineral Commodity Summaries 2026: Rare Earths, version 1.3, U.S. Geological Survey, May 2026. Mine output, reserve status and Chinese-import estimation footnote.
  2. Point locations for rare earth element leachate collection and precipitation tanks from ion-adsorption clay deposits in Burma and China, U.S. Geological Survey, 12 September 2025. Satellite method and limits of monitoring diffuse clay extraction.
  3. Myanmar rebels disrupt China rare earth trade, sparking regional scramble, Reuters, 28 March 2025. Kachin disruption, China dependence and India route constraints.
  4. China-backed militia secures control of new rare earth mines in Myanmar, Reuters, 12 June 2025. Eastern Shan sites, United Wa State Army protection and satellite pool counts.
  5. Why China's ultimatum to Myanmar rebels threatens global supply of heavy rare earths, Reuters, 8 July 2025. China-Kachin Independence Army pressure and the Bhamo conflict context.
  6. Trump team hears pitches on access to Myanmar's rare earths, Reuters, 28 July 2025. U.S.-linked proposals and unresolved political or logistical barriers.
  7. Rebel group takes key Myanmar border town and rare earth mining hub in setback for military regime, Associated Press, 26 November 2024. Kanpaiti seizure and border-hub role.
  8. Fuelling the future, poisoning the present: Myanmar's rare earth boom, Global Witness, 23 May 2024. Trade, satellite expansion and reported environmental harm.
  9. Supplemental Burma Business Advisory, U.S. interagency advisory, 26 January 2024. Sanctions, labor, environmental and origin-tracing risks.
  10. 2026: Update on the Human Rights Situation in Myanmar in 2025, United Nations Human Rights Office, 26 February 2026. Kachin site and pit counts, conflict finance and human-rights risks.
  11. KIO Imposes 14-Point Environmental and Labor Rules on Chinese Rare-Earth Miners, Burma News International and Myitkyina Journal, 26 August 2026. New Kachin Independence Organization framework; implementation was untested at the cut-off.
  12. Toxic mines put Southeast Asia's rivers, people at risk, study says, Reuters, 24 November 2025. Kok River contamination and Thai response.
  13. Rare earth mining is poisoning Mekong River tributaries, threatening 'the world's kitchen', Associated Press, 29 April 2026. Transboundary farm, fishery and food-supply impacts.
  14. SMM Rare Earth Oxides, assessed 28 August 2026. Domestic-China oxide midpoint indications used in the material price board.
  15. International Energy Agency, Rare Earth Elements. China shares in 2024: 91% of combined Nd, Pr, Dy and Tb refining and 94% of sintered permanent magnets. These are group shares, not an individual share for each element.
  16. European Commission, Study on the Critical Raw Materials for the EU 2023. Processing-share estimates use the 2016 to 2020 reference period and are labelled as reference values, not current 2026 shares.
Editorial artwork is illustrative and does not depict a named project site. Production and reserve figures are dated estimates. EarthRarest provides research and commentary, not personalised investment advice.

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