Kolkata, India — 2026
Himadri Speciality Chemical has commissioned its first anode material production facility at Mahistikry in West Bengal, marking a clear step into the fast-evolving lithium-ion battery value chain. The move comes at a time when demand for advanced battery materials is picking up globally, driven by electric mobility and energy storage applications.
The company’s chairman and managing director, Anurag Chowdhary, indicated that the project is rooted in long-term internal capability building rather than a short-cycle investment. “We have been working on this for 14 years and have raw material for this process. The end product is a raw material for lithium-ion cells,” he said.
A Decade-Long Build-Up to Battery Materials
The anode material facility is positioned as a natural extension of Himadri’s existing strengths in carbon materials. Developed through more than a decade of in-house research, the plant signals a shift from traditional specialty chemicals into high-value energy materials.
At Mahistikry, the company has already built scale in carbon-based products. During the year, Himadri commissioned a 70,000-MTPA speciality carbon black line at the same site, taking its total carbon black capacity to 250,000 MTPA, including 130,000 MTPA of speciality carbon black. The company noted that the Mahistikry unit is now the world’s largest single-location speciality carbon black facility.
This existing infrastructure provides a base for backward integration into battery-grade materials, particularly as carbon chemistry remains central to lithium-ion cell manufacturing.
Strong Financial Performance Supports Expansion
The commissioning aligns with a period of strong financial performance. For the year ended March 31, Himadri reported consolidated EBITDA of Rs 1,006 crore, up 19% year on year. Profit before tax stood at Rs 1,001 crore, a 24% increase, while net profit rose 36% to Rs 755 crore.
Chowdhary linked the results to operational consistency. “FY26 was a year where ambition met execution, setting Himadri apart with record results,” he said.
The combination of rising profitability and new capacity additions suggests a company moving into a more capital-intensive, technology-led phase of growth.
Positioning for Energy Transition Demand
The timing of the anode material entry is notable. With electric vehicles and grid-scale storage gaining traction, demand for lithium-ion inputs is expanding beyond traditional supply hubs. Companies with existing expertise in carbon materials are increasingly looking to move up the value chain.
Himadri’s approach—leveraging internal R&D and existing raw material access—points to a gradual but deliberate transition rather than a rapid scale-up.
Market Research Outlook Analysis
The commissioning signals India’s growing push to localise critical battery materials and reduce dependence on imports in the lithium-ion ecosystem. It also places Himadri in a more competitive position against global material suppliers as EV demand scales. Strategically, the move highlights a shift from commodity chemicals toward high-margin, technology-driven segments. The sector is clearly moving toward integrated, R&D-led energy material platforms. For deeper insights or customised research on this segment, connect with our team.
Source: Himadri Speciality Chemical
Related Report: India Specialty Chemicals Market, Competitive Landscape & Forecast, 2021–2032
