India clears $870 million scheme to build rare-earth magnet base

India this week approved a ₹7,280 crore ($870 million) plan to build its first large-scale manufacturing base for sintered rare earth permanent magnets, a move that marks New Delhi’s most serious attempt yet to reduce its dependence on China for one of the most critical inputs powering the electric-vehicle and clean-energy boom.

The Cabinet cleared the scheme late Wednesday, saying the initiative will support the creation of 6,000 metric tons a year of integrated magnet-making capacity. These magnets, among the strongest permanent magnets used in industry, sit at the heart of EV traction motors, wind turbines, missile guidance systems, precision electronics and industrial automation equipment.

India currently imports almost all of its requirements, mostly from Chinese and Japanese suppliers, leaving domestic automakers, defense firms and renewable-energy manufacturers exposed to price swings and supply risk.

The government said the new program will support facilities that convert rare-earth oxides into metals, process those metals into alloys, and finally sinter them into finished magnets, a full value chain India has never built at scale.

Five companies will be selected through global bidding, each allowed up to 1,200 tons of annual capacity. The incentives will be sales-linked, offering ₹6,450 crore over five years along with ₹750 crore in capital support, with a two-year build-out period before subsidies begin.

The timing reflects both industrial opportunity and geopolitical anxiety. Global demand for rare-earth magnets is rising sharply as EV adoption accelerates and renewable-energy installations speed up.

Forecasts from the IEA and Adamas Intelligence suggest the global market for neodymium-iron-boron magnets alone could double by the mid-2030s. India’s own consumption is expected to double by 2030 from 2025, driven by EVs, motors, drones, precision manufacturing and defense electronics.

The problem is that more than 90% of the world’s sintered magnets come from China, which has repeatedly tightened export controls on critical minerals and technologies while consolidating state-backed producers under stricter industrial policy.

That concentration has become a strategic vulnerability for magnet-consuming economies. The US, Japan, South Korea and Europe have all launched domestic magnet and alloy programs in recent years to blunt supply shocks and reduce exposure to geopolitical tension.

India, which has made electric mobility and renewable power central pillars of its industrial roadmap, has until now lacked an integrated magnet industry despite having sizeable rare-earth reserves and state-backed processors such as IREL.

The magnet scheme fits into a broader push to deepen India’s advanced-manufacturing footprint after earlier production-linked incentive programs for batteries, solar modules, semiconductors, telecom gear and drones.

The government has also been working to revive downstream rare-earth metals production, which stalled more than a decade ago because of low global prices and limited domestic applications.

For EV and clean-energy companies, the new incentives could eventually provide an alternative supply base. Most electric cars today use motors built around neodymium magnets, which offer higher efficiency and torque density than induction motors.

Wind-turbine makers rely on them for high-performance direct-drive systems. Defense manufacturers use them in seeker heads, navigation systems and actuators. Even small improvements in domestic sourcing could reduce procurement risk for companies such as Tata Motors, Mahindra Electric, Ola Electric, Tata Power Renewables and Bharat Electronics.

India’s challenge, however, will be execution. Sintered magnet production demands tight process control, metallurgical expertise and stable access to upstream rare-earth metals such as neodymium, praseodymium, dysprosium and terbium.

While India has deposits and processes rare-earth oxides through IREL, it has limited metals-making and alloying capability. The scheme attempts to address this gap by insisting on integrated plants rather than fragmented operations.

Global magnet makers, including Japanese, European and Korean suppliers, are expected to evaluate bids, though domestic metals producers and advanced-materials startups are also likely contenders.

If successful, the plan could begin altering India’s rare-earth position by the early 2030s, when the country’s EV penetration is expected to rise sharply and renewable-energy additions accelerate to meet its 2070 net-zero target, analysts said.

A local magnet base would also support defense projects ranging from missile systems and radars to space applications, reducing import bills and improving supply certainty.

The government said the project is aimed at securing supply chains, building indigenous capability and supporting the long-range economic blueprint under its Viksit Bharat (developed India) 2047 vision.

Officials said the incentives are structured to reward actual magnet sales rather than capacity creation, an approach intended to pressure manufacturers to scale quickly and compete globally.

New Delhi’s effort mirrors moves by other economies racing to secure advanced-materials supply lines in an era of fragmented trade and industrial competition.

Rare-earth magnets, once a niche materials segment, have become one of the most strategically sensitive components in the energy transition.