China's Rare-Earth Grip and India's ₹73 Billion Answer

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The news

In an Economic Times opinion piece, Nilanjan Banik, head of the Economic Policy Centre at Mahindra University, Hyderabad, wrote that in FY26 China overtook the US to become India's largest trading partner, with bilateral merchandise trade reaching about $151 billion; India imported well over $130 billion in Chinese goods while exporting under $20 billion. He noted that China controls roughly two-thirds of global rare earth mining, some 60% to 90% of processing capacity, and close to 90% of magnet manufacturing, a dominance built deliberately since the 1990s when Beijing designated rare earths a strategic asset while Western producers retreated from the pollution-intensive sector. In April 2025, China restricted exports of seven rare earth elements, primarily as retaliation against US tariffs rather than a move aimed at India; in August 2025, after diplomatic commitments from Chinese Foreign Minister Wang Yi during a visit to New Delhi, China added five more elements to its control list two months later, so that by December restrictions covered twelve elements in total. The piece noted that much of what China sells India — telecom equipment, semiconductors, lithium-ion batteries, solar cells, industrial machinery and pharmaceutical ingredients — are productive inputs that Indian factories and assembly lines depend on to make their own products affordable and competitive, so cutting these imports off overnight would cost consumers. It reported that India is preparing an incentive scheme worth about ₹73 billion for rare earth magnet manufacturing, alongside a ₹15 billion critical-minerals recycling initiative running through 2031, and is initiating a raw-material push with Australia, Japan and South Korea as alternative rare earth suppliers, with private capital beginning to follow.

The chain in one line: China designates rare earths strategic in the 1990s → Western producers exit a pollution-intensive sector → China ends up with two-thirds of mining, up to 90% of processing and about 90% of magnet manufacturing → export controls announced in April 2025 and widened to twelve elements by December → India's EV, electronics, defence and renewable supply chains face availability risk, not just a price rise → India responds with a ₹73 billion magnet incentive, ₹15 billion recycling initiative and alternative suppliers — all of which take years to mature.

Static syllabus linkage

What rare earths are and why they matter. Rare earth elements are a group of seventeen metals — the fifteen lanthanides plus scandium and yttrium. They are not geologically rare; what is rare is economically viable separation, which is chemically difficult and highly polluting. They are essential to permanent magnets used in electric vehicle motors, wind turbines, defence systems and electronics.
Mining, processing and magnet-making are three different chokepoints. A country can mine ore and still be dependent, because separation and processing are where the value and the barrier lie, and magnet manufacturing is a further step again. China's dominance is strongest at the processing and magnet stages, which is why simply opening new mines elsewhere does not break the dependence.
India's institutional setup. Indian Rare Earths Limited, a public sector undertaking under the Department of Atomic Energy, handles monazite-based rare earth processing. The Mines and Minerals (Development and Regulation) Amendment Act, 2023 brought several critical and strategic minerals under central auction, and the National Critical Mineral Mission was launched to secure supply through exploration, recycling and overseas acquisition. Khanij Bidesh India Ltd (KABIL) is the joint venture set up for overseas mineral asset acquisition.
Export controls as an instrument of statecraft. An export control restricts the sale of specified goods to specified destinations. Unlike a tariff, it does not raise a price — it removes availability, which is why it is a far sharper instrument and why concentration in a single supplier converts a commercial relationship into strategic leverage.

Why UPSC loves this

Critical minerals have become a core GS3 topic. The energy transition makes mineral supply chains a question of both economic security and climate policy, and the National Critical Mineral Mission gives it a policy anchor examiners can build a question around.
It combines trade dependence with strategic autonomy. The same story serves GS2 questions on India-China relations and GS3 questions on supply-chain resilience, which makes it unusually efficient material to prepare.
The numbers here are the argument. $151 billion of trade with over $130 billion of imports against under $20 billion of exports is a dependence ratio that makes the analytical point without needing adjectives.

Prelims nuggets

Rare earth elements comprise seventeen metals: the fifteen lanthanides plus scandium and yttrium; they are not geologically scarce, but their separation is technically difficult and environmentally intensive.
Indian Rare Earths Limited operates under the Department of Atomic Energy; monazite, a thorium-bearing mineral, is India's principal rare-earth source and is a prescribed substance under atomic energy legislation.
The Mines and Minerals (Development and Regulation) Amendment Act, 2023 empowered the Central Government to auction specified critical and strategic minerals; the National Critical Mineral Mission covers exploration, mining, beneficiation, processing and recovery from end-of-life products.
Khanij Bidesh India Ltd (KABIL) is a joint venture of NALCO, HCL and MECL created to acquire strategic mineral assets abroad.
Permanent magnets used in electric vehicle traction motors and wind turbines typically rely on neodymium, praseodymium and dysprosium.

Analysis

The dependence is on inputs, which makes decoupling self-harming. India's imports from China are not consumer goods that can be substituted at the margin. Telecom equipment, semiconductors, lithium-ion cells, solar cells, industrial machinery and pharmaceutical ingredients are productive inputs, so restricting them raises the cost of Indian manufacturing itself. This is why the 'stop importing from China' instinct is economically incoherent in the short run: the immediate casualty is Indian assembly, Indian pricing and Indian exports.
The chokepoint is processing, not the ore. India has monazite deposits, so it is not resource-poor. What it lacks is separation, refining and magnet-making capacity at scale. That distinction determines policy: an incentive for magnet manufacturing addresses the actual bottleneck, whereas a mining push alone would produce ore that still has to be sent abroad for processing — quite possibly to China.
The controls were not aimed at India, and that is the uncomfortable part. The April 2025 restrictions targeted the US tariff dispute. India was collateral. A country that can be damaged by a measure it is not the target of has no diplomatic lever to pull, because there is nothing to negotiate about. That is a stronger argument for supply diversification than any bilateral tension, and it is the point most commentary misses.
The sequence after Wang Yi's visit is the most instructive detail. Diplomatic commitments were given in New Delhi in August 2025, and five more elements were added to the control list two months later, taking the total to twelve by December. Whatever the intent, the practical lesson for Indian policy is that assurances at the leader level do not constrain a control regime that operates on its own domestic logic. Supply security has to be built from capacity, not from communiqués.
The Indian response is correctly aimed but small and slow. About ₹73 billion for magnet manufacturing and ₹15 billion for recycling through 2031 target the right stages of the chain. But set against imports exceeding $130 billion and against the capital intensity of separation plants, these are seed amounts. More importantly, processing capacity takes years to permit, build and qualify to customer specification, so the dependence persists through the very period in which India's EV and renewable targets peak.
Recycling is the underrated element of the strategy. Recovery from end-of-life magnets, electronics and batteries does not require new deposits, new mining clearances or overseas diplomacy, and India already imports the embedded material in finished goods. It will not replace primary supply, but it is the only part of the response that can be scaled without a geological or geopolitical precondition — which makes the ₹15 billion allocation arguably under-weighted relative to the ₹73 billion for manufacturing.
Diversification has to include processing partners, not just suppliers. Australia, Japan and South Korea are being approached as alternative sources. But Japan and South Korea are themselves magnet consumers, and Australia is largely an ore and concentrate supplier. A diversification strategy that secures ore while leaving separation concentrated in one country has moved the dependence one step upstream without removing it.

Possible Mains question

"Supply-chain dependence on a single country for critical minerals is a strategic vulnerability that cannot be resolved by trade policy alone." Critically examine India's exposure in rare earth elements and evaluate the adequacy of its policy response.

Model approach

Introduction — quantify the dependence. Open with the trade asymmetry — about $151 billion of bilateral trade with over $130 billion of imports against under $20 billion of exports — and note that the imports are largely productive inputs rather than final goods.
Body 1 — locate the chokepoint accurately. Distinguish mining, separation and processing, and magnet manufacturing; show that China's dominance is greatest at the processing and magnet stages, which is why mining diversification alone is insufficient.
Body 2 — explain why export controls differ from tariffs. Argue that controls remove availability rather than raising price, and use the April 2025 and subsequent expansions to show that India can be affected by measures it is not the target of.
Body 3 — assess India's response. Cover the magnet manufacturing incentive, the recycling initiative, the National Critical Mineral Mission and MMDR Amendment Act, 2023 auctions, and KABIL's overseas acquisition mandate, while noting the mismatch between the scale of the response and the scale of the dependence.
Body 4 — argue the timeline problem. Show that separation and magnet capacity take years to build and qualify, so vulnerability persists exactly through the period when EV and renewable deployment targets peak.
Body 5 — propose a fuller strategy. Recommend scaling recycling as the fastest lever, building processing partnerships rather than only supply agreements, strategic stockpiling of the most concentrated elements, and pooled procurement with other import-dependent economies to improve bargaining position.
Conclusion — capacity, not diplomacy. Conclude that in a sector where a supplier can act for reasons unrelated to India, supply security must be built from domestic and allied capacity rather than from bilateral assurance.

Administrator's brainstorm

As an official in the Ministry of Mines designing the critical minerals strategy, how would you allocate limited funds across mining, processing and recycling?

Weight the allocation towards the binding constraint rather than the visible one. Mining attracts attention because it is tangible, but ore without separation capacity leaves the dependence intact and may even deepen it if the concentrate is exported to the same country India is trying to reduce reliance on. Put the largest share into separation and magnet manufacturing, which is where both the value and the chokepoint sit, and structure the support as viability-gap funding tied to qualified output rather than to capacity announcements, because a plant that cannot meet customer specification adds nothing to security. Raise the recycling allocation materially, since it is the only lever that can scale without a geological or diplomatic precondition and it uses material already inside the country. And ring-fence a modest amount for a strategic stockpile of the two or three most concentrated elements, because a stockpile buys the one thing the rest of the strategy cannot — time.

An Indian EV manufacturer tells you it will halt production in six weeks if magnet supply is disrupted. What can government actually do in that horizon?

Be honest that nothing on the supply side can be built in six weeks, and focus on the three things that can move. First, demand visibility: convene the affected manufacturers and aggregate their requirement, because a pooled order is negotiable where individual orders are not, and it also tells you the true national exposure rather than one firm's estimate. Second, alternative sourcing at the component level rather than the element level — magnets and motors can sometimes be procured as assemblies from third countries even when raw material is constrained, and qualification timelines for an assembly are shorter than for a new material. Third, temporary regulatory flexibility on specification and localisation conditions where a substitute magnet chemistry with lower performance is available, so production continues at reduced specification instead of stopping. Simultaneously use the episode to build the standing mechanism that should already exist: a monitored list of import-concentrated inputs with named substitutes and pre-qualified alternate vendors, so the next disruption is met with a plan rather than a crisis meeting.