Engineering Materials, Components / Devices

The Division of Engineering Materials mainly comprises of Metals & Alloys, Advanced Carbon Products, Polymeric & Soft Materials and Liquid Crystal groups. The objective of this division is to develop materials, processes and technologies for components, devices and systems in the above mentioned areas. The R & D output of this division includes the development of aerospace metallic devices, organic electronic devices and sensors etc. A few of these materials find applications in strategic and industrial areas; General Motors have sponsored a collaborative project to NPL on the development of extrusion technology of Mg alloys for automobile applications. More such industrial linkages with other industries are envisaged for future. In fact, under this division several developmental projects, such as CSIR network, sponsored, grant-in-aid, collaborative and consultancy are successfully being implemented/ completed for different R & D organizations, both in the public and private sectors.

Development of Light Weight Magnesium (Mg) and Aluminum (Al) based alloys and composites for advanced structural applications in automobile and aerospace

Metals & Alloys

The doping of various types of nanoparticles (NPs) in liquid crystal (LC) material has been extensively investigated since last decade owing to its attractive electro-optical properties and potential applications in electronic industry. The most advantageous thing with these nanoparticles doped liquid crystals is the tunability of electronic and optical properties of nanoparticles with the functional and structural flexibilities of liquid crystals.

(a) General Motors (GM) Sponsored Project entitled “Advanced Magnesium Extrusion Alloys”

Metals & Alloys

(a) Synthesis of hypereutectic Al-30Si alloys using spray-forming

Metals & Alloys

A leading centre in India dedicated to research in both pure and applied science of Carbon with principal motives i) to develop the process technology of newer carbon products which hold strategic importance and are not available to the country at any cost, ii) to develop products which can be made cost-effective by innovative process suitable to available infrastructure, expertise and resources in India, iii) to promote overall growth of carbon science and technology in the country through sustained R&D, research publications, patents, technology transfer, consultancy to industry, nati