Carbon is rewriting the future of materials science. Once known as a basic element, it has now emerged as a powerhouse of innovation, unlocking possibilities across aerospace, defence, energy, electronics and next-generation manufacturing. What makes carbon extraordinary is its ability to exist in radically different forms—each with its own game-changing properties. Carbon Nanotubes (CNTs) offer unmatched strength and conductivity, enabling lighter aircraft, faster electronics and smarter energy devices. Graphene, the celebrated one-atom-thick wonder material, brings ultra-high mobility, flexibility and transparency to sensors, wearables and energy storage systems. Carbon Fiber continues to dominate high-performance engineering with its exceptional strength-to-weight ratio. Exfoliated Graphite delivers superb thermal stability, ideal for heat management, sealing and industrial systems. And Carbon Foam, with its lightweight, porous architecture, is transforming thermal insulation, electrodes, catalyst supports and structural components.
At the Center for Carbon Materials (CCM), advanced carbon materials including Carbon Nanotubes (CNTs) produced via Arc Discharge and CVD, along with graphene, carbon fiber, exfoliated graphite and carbon foam are being developed for multiple high-impact applications. These include
- High performance advanced composites with CNT as reinforcement in different matrices like polymer, metal, ceramic, carbon etc.
- Field emitters
- Nanofluids for heat dissipation applications
- Batteries , Super Capacitors and Solar Cells
- Adsorption of Hydrogen and other gases
- EMI shielding applications
- Sensors
The Centre continues to advance the frontiers of advanced carbon materials through innovation and collaboration, fostering the development of novel materials and technologies for diverse industrial and strategic applications. Its efforts aim to build a sustainable, high-performance ecosystem that strengthens national capabilities and contributes to global technological progress