| Inductivity coupled Plasma emission spectrometer |
For Qualitative analysis of refractory elements such as, aluminum, silicon, titanium, vanadium, niobium, pentalum, indium etc. at ppm level in solution. |
Thermal analyzer |
For thermal studies on kinetics, phase transformation and reaction mechanism on various types of samples. |
| Flame photometer |
For elemental analysis of various alkali and alkaline earth elements. |
| Atomic absorption spectro-photometer(with Graphite Tube and Cold vapour generation attachments) |
For qualitative and quantitative analysis of trace elements at ppm levels in different solutions. Determination of mercury, selenium, arsenic in ppb/ppt levels in environmental pollution samples. |
| X-ray florescence spectrometer |
For non-destructive quantitative and qualitative experimental analysis of ores, minerals, ore-dressing products, metals and alloys (like various types of steels, nimonic alloy etc.), in powders, foils, blocks or solutions. |
| UV-Visible spectrophotometer |
For quantitative and qualitative analysis of atomic and molecular compositions of inorganic and organic compounds. |
| X-Ray diffractometer (with in situ high temperature measurements/SAXS/GIXD. |
For phase analysis in different ores, minerals, composites, thin films and other advanced materials. |
| Computerized microwave sample digestion unit (with high pressure and power) |
For rapid and complete dissolution of various materials like refractories ores, minerals, metals, alloys etc. |
| Transmission of Electron Microscope |
Study of surfaces, interfaces, powder morphology with SAED/EDAX. |
| Water analysis kit. |
For the analysis of various parameters in water. |
