TEXMiN and Russia's GIREDMET sign SoI to develop NdFeB magnets covering full metallurgy cycle. A concrete project proposal with milestones is the next confirmation marker.
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TEXMiN Foundation has signed a Statement of Intent with GIREDMET JSC, the Russian rare-metal research institute under ROSATOM, to jointly develop NdFeB (neodymium-iron-boron) rare-earth permanent magnet technologies. The agreement was announced during the RAREMET-2026 congress in Moscow. It follows a formal MoU between the two organisations on February 6, 2026, making this the second structured step in a planned collaboration.
The partnership scope covers the full rare-earth metallurgy cycle: alloy preparation, sintering, and high-coercivity magnet processing. Pilot-scale validation of GIREDMET’s technologies will take place at TEXMiN’s Technology Translation Research Park (TTRP) at IIT (ISM) Dhanbad.
NdFeB magnets are not a niche component. They are the core intermediate input for two rapidly scaling technologies:
India currently has no domestic production of NdFeB magnets at scale. The country relies on imports from China, which controls about 90% of rare-earth processing and magnet manufacturing. Any disruption in that supply line directly threatens the cost and timeline of India’s renewable energy and EV adoption targets. The TEXMiN-GIREDMET collaboration aims to change that by creating a full-cycle production chain on Indian soil.
The SoI outlines a research programme that goes beyond lab-scale testing. The joint activities span:
The inclusion of pilot-scale work is a practical signal. It suggests the partners intend to move beyond paper studies into physical demonstration, which is the typical bottleneck for technology translation in critical materials.
A simplistic reading would dismiss this as another research MoU with no execution timeline. That reading misses several structural factors.
GIREDMET is not a startup or university spin-off. It is a direct entity of ROSATOM, Russia’s state atomic energy corporation, which has deep expertise in rare-earth chemistry from nuclear fuel-cycle processing. ROSATOM has been actively building rare-earth separation and magnet production capacity as part of Russia’s own de-risking from Chinese supply.
TEXMiN is a section-8 company created under India’s National Mission on Interdisciplinary Cyber-Physical Systems (NM-ICPS), funded by the Department of Science and Technology. It operates with a technology-translation mandate, not pure research. The presence of IIT (ISM) Dhanbad as the host institution gives it access to metallurgical talent and existing infrastructure.
Key insight: The SoI explicitly calls for the development of a “concrete project proposal with defined technical objectives, implementation milestones, and future funding pathways through designated technical teams.” That is a sign that both sides are moving toward a funded work programme, not an open-ended academic exchange.
Sukumar Mishra, Director of IIT (ISM) Dhanbad and Chairman of TEXMiN’s Hub Governing Board, framed the partnership in strategic terms: “Global transition towards clean energy, advanced manufacturing, and strategic technologies has significantly increased the importance of critical minerals and rare earth materials. This collaboration between TEXMiN and GIREDMET reflects the growing importance of international scientific partnerships in strengthening technology capabilities, innovation ecosystems, and resilient supply chains.”
For traders and analysts tracking rare-earth supply chains, this setup has clear confirmation criteria:
Confirming signals:
Invalidating signals:
This partnership does not directly affect publicly listed companies yet. It signals a strategic shift in India’s critical mineral policy. The government has been pushing for self-reliance in rare-earth processing through initiatives like the KABIL joint venture and the auction of rare-earth blocks. TEXMiN’s role as a technology translator means any successful pilot could be scaled into commercial production, potentially involving Indian capital goods or mining firms.
Chinese rare-earth processors – China Northern Rare Earth and Shenghe Resources – face the long-term risk of demand diversion if India builds domestic capacity. For now, that risk is years away. The partnership adds another node to a global trend of de-Sinicisation in rare-earth supply chains.
For broader context on how such supply-chain shifts affect equity markets, see our stock market analysis coverage. The parallel trend of greening mining equipment is also relevant – see Mining Equipment's Green Turn: Zoomlion Hybrids Save 20% Fuel.
The SoI mandates the formation of “designated technical teams” to develop a joint project proposal with defined objectives, milestones, and funding pathways. That document, once released, will be the first tangible evidence of execution. Until then, the collaboration remains at the intent stage. It is a structured one with institutional weight on both sides.
TEXMiN and GIREDMET are not household names. The materials they are working on – NdFeB magnets – are the hidden backbone of the energy transition. This is a supply-chain setup that deserves a spot on the watchlist for anyone tracking rare earths, wind energy, or EV manufacturing.
Final practical note: Track the RAREMET-2026 follow-up announcements. If a funded project proposal appears within 12 months, the thesis gains credibility. If silence persists past mid-2027, the market should treat this as one more unexecuted MoU.
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