Shape Forming of Ceramics

Processes and innovations in forming technologies — pressing, casting, extrusion, and additive manufacturing for ceramics.

Ceramics for Health Care

Bioceramics, implants, porous scaffolds and medical-device materials for diagnostics and therapeutics.

Ceramics for Semiconductor Industry

Materials, packaging, interconnects, and substrates enabling next-generation microelectronics.

Electronic and Magnetic Ceramics

Functional materials for sensors, actuators, memories and magnetic devices.

Ceramics for Energy Generation and Storage

Electrochemical materials, solid-state electrolytes, and high-temperature energy devices.

Refractories

High-temperature resistant materials, thermal barrier coatings, and process stability for industrial furnaces.

Ceramics for Defence & Aerospace Applications

Lightweight composites, armor ceramics, high-temperature components, and structural materials for aerospace systems.

Ceramics for Nuclear Applications

Radiation-tolerant ceramics, fuel cladding concepts, waste immobilization, and high-stability materials.

Additive Manufacturing of Ceramics

Printing processes, feedstocks, binder removal, and densification strategies for complex ceramic parts.

Non-oxide Ceramics

Nitrides, carbides, borides and related materials: synthesis, properties and engineering applications.

Traditional Ceramics & Raw Materials

• Ceramic tiles and allied products
• Potteries
• Insulators / Fuse bodies

Glass and Glass Ceramics

Glass-ceramic composites, sealing glasses, and functional glass materials.