Hyderabad-based Nexon Geochem has successfully validated Indian raw materials for producing high-performance permanent magnets using Russian technology. The company now plans to establish a 1,200-tonne facility by FY33 to support domestic EV and renewable energy sectors. As the firm moves into pilot production, the project marks a significant step in localizing the rare-earth supply chain under government-backed incentive schemes.
Nexon Geochem has reached a technical milestone by successfully validating Indian-sourced raw materials to produce high-performance permanent magnets. By benchmarking these materials against the proprietary processes of Russia's Giredmet, the firm has cleared a technical hurdle in its push to replace imported feedstocks. The company is now transitioning from laboratory-scale tests to pilot production in Hyderabad, a move that is essential for its long-term manufacturing roadmap.
The firm aims to establish an integrated production hub with a target capacity of 1,200 tonnes per annum by the 2033 financial year. These magnets, specifically Neodymium-Iron-Boron (NdFeB) components, are critical for modern green technology. They serve as key parts in electric vehicle traction motors and direct-drive generators used in wind energy. Because India currently relies heavily on international suppliers for these high-performance components, localizing production is a high-priority goal for the domestic manufacturing sector.
This initiative is part of a broader push by the industry to build a self-reliant ecosystem, supported by the Ministry of Heavy Industries' incentive scheme, which has allocated ₹7,280 crore to develop integrated magnet manufacturing capacity in India. Nexon Geochem is among the entities actively participating in this program.
While the company is private and not currently listed on stock exchanges, the progress of this project is relevant to the industrial supply chain. The road to commercialization involves significant execution risks. Establishing an integrated rare-earth facility requires heavy capital investment and complex technical expertise. The company must successfully transition from pilot testing to large-scale commercial output while meeting the rigorous performance and durability standards required by automotive and aerospace customers.
Moving forward, the primary monitorables for industry observers will be the successful commissioning of the pilot plant and the results of customer-specific application testing. The company's ability to maintain high quality consistently while managing the capital costs of the facility will determine its commercial viability. If the project succeeds in scaling, it could provide a domestic alternative for Indian manufacturers, potentially reducing lead times and dependency on foreign supply chains.