We have expertise in melting and casting of various alloys with precise composition control. We design complete process & optimize microstructure to get the required physical properties.

Our methoding designs are being used in industries for producing metal castings on daily basis with higher yield and better quality than before.

We develop & design process for synthesizing new, high performance advanced materials for various applications.

Insulation materials used in furnace lining is fabricated to withstand high temperature of around 1800°C, having very low shrinkage and thermal conductivity at high temperature.

The performance and quality of metal castings is adversely affected by the defects generated during metal casting. We provide solutions for eliminating metal casting defects.

We empower industries to design & develop their process & product using advanced modeling & simulations. This help industries in taking informed decisions, lowers manufacturing costs, improves product quality and decreases risk.

We develop processing techniques for making composites, used for various high end applications. Our expertise range all the way from preform/reinforcement fabrication to metal impregnation.

Improving solderability and corrosion resistance of copper and its alloys by surface coating. An electroless coating process has been developed to provide uniform coating even for complex geometries.

By controlling the microstructure & recrystallization texture, formability of metals/alloys can be improved. For example through multistage thermo-mechanical processing, homogeneous distribution of (111)//ND oriented grains can be achieved in ferritic steel which improve its deep drawability.