Himadri Speciality Chemical announced a series of growth initiatives to strengthen its speciality materials portfolio and expand its presence in advanced technology-driven markets. The company is investing in next-generation materials such as Carbon Nanotubes (CNTs), Super Speciality Carbon Black (SSCB), anode materials and LFP Cathode Active Materials to support emerging applications in electric mobility, electronics and energy storage.
Indigenous CNT Technology Developed In-House
The company successfully developed indigenous Carbon Nanotube (CNT) technology through
in-house research and innovation, marking a significant milestone in its R&D journey. Anurag Choudhary, CMD & CEO of Himadri Speciality Chemical, stated that the company plans to invest approximately Rs 70 crore to establish a 200 MTPA CNT manufacturing facility. The plant is targeted for commissioning in Q4 FY27. Once operational, the facility is expected to place Himadri among a select group of global manufacturers of carbon nanotubes.
Wide Range of CNT Applications
Carbon Nanotubes are considered next-generation materials due to their high conductivity, strength and lightweight properties. The material has applications in lithium-ion batteries, electronics, semiconductors, sensors, advanced composites, coatings, construction materials and aerospace components.
Rs 170 Crore SSCB Project
In addition to CNTs, Himadri is developing a Super Speciality Carbon Black (SSCB) project by converting approximately 6,000 MTPA from its existing carbon black production stream. The project involves an estimated capital expenditure of Rs. 170 crore and is expected to commence operations by Q4 FY28. The SSCB facility will cater to premium and high-performance applications, further enhancing the company’s speciality materials offerings.
Anode Facility Commissioned in West Bengal
Himadri has already commissioned a 200 MTPA anode material facility at Mahistikry, West Bengal. The commissioning strengthens the company’s position in the battery materials value chain and supports the growing demand for lithium-ion battery components.
Expansion into LFP Cathode Active Materials
Furthermore, the company is expanding into LFP (lithium iron phosphate) cathode active materials to address increasing demand from electric vehicles (EVs), electric buses, two-wheelers, and energy storage systems. The move aligns with the rapid growth of India’s electric mobility and renewable energy storage sectors.
Strengthening Advanced Materials Strategy
Through these investments, Himadri aims to diversify beyond traditional speciality chemicals and build a strong presence in advanced materials and clean energy technologies. The company’s ongoing projects in CNTs, SSCB, anode materials and LFP cathode materials are expected to support long-term growth while positioning Himadri as a key player in the evolving battery and high-performance materials ecosystem.
