Our Services for Industry and Academy
INMET provides comprehensive research, development, testing, and technology solutions in the fields of advanced materials, energy technologies, and related areas.
Combining modern laboratory infrastructure, advanced analytical equipment, and multidisciplinary scientific expertise, INMET supports industry, research organizations, and academic partners throughout the entire innovation cycle — from material development and characterization to technology optimization and pilot-scale implementation.
Combining modern laboratory infrastructure, advanced analytical equipment, and multidisciplinary scientific expertise, INMET supports industry, research organizations, and academic partners throughout the entire innovation cycle — from material development and characterization to technology optimization and pilot-scale implementation.
Research, Development and Technology Solutions
INMET conducts fundamental and applied research, develops advanced materials, and provides technological solutions tailored to industrial and scientific needs.
Our capabilities include:
Our capabilities include:
- Materials synthesis: solid-state synthesis, sol-gel and hydrothermal methods, electrospinning, spray pyrolysis, mechanochemical processing, etc.
- Thin-film deposition and surface engineering: RF/DC magnetron sputtering, electrochemical deposition, and development of functional coatings.
- Advanced materials development: catalysts, superconductors, energy materials, functional materials, and advanced composites.
- Materials processing and modification: ball milling, material activation, thermal treatment, and modification of material properties.
- Technology development and optimization: design and adaptation of technological processes, optimization of production parameters, and scale-up of laboratory solutions towards pilot-scale implementation.
- Scientific and technical support: solving industrial challenges and providing scientific support for technological and production processes.
Materials Characterization and Laboratory Testing
INMET offers a range of advanced analytical and characterization capabilities, including:
- Structural analysis: X-ray diffraction (XRD).
- Microscopy and microstructural analysis: SEM, TEM, EDS/EDX.
- Chemical composition analysis: ICP-OES, ICP-MS, XRF, CHNS.
- Spectroscopic characterization: Raman, FTIR, XPS.
- Thermal analysis: TGA, DSC.
- Electrochemical characterization: CV, EIS.
- Particle size and surface characterization: Particle Size Distribution, BET.
Education and Research Training
We welcome Master's and PhD students interested in gaining practical research experience and advanced training in Materials Science and Engineering.
Training opportunities may include:
Training opportunities may include:
- Hands-on experience with advanced materials synthesis and fabrication techniques.
- Practical training in materials characterization and analytical methods.
- Experience operating modern scientific and laboratory equipment.
- Participation in ongoing research projects and interdisciplinary scientific activities.
- Supervised research on advanced materials, energy technologies, and related topics.
- Opportunities to collaborate with INMET researchers and international scientific partners.
- Training programs can be tailored to students' academic backgrounds, research interests, and degree requirements.