The Laboratory for Particle Properties Research specializes in the detailed analysis of the physical, chemical, and morphological properties of particles across a broad range of sizes — from micrometers to nanometers — in collaboration with the Centre for Nanotechnology. The laboratory’s goal is to understand particle behavior in various environments, their mutual interactions, stability, and functionality in solid, liquid, and gaseous systems.
The laboratory is equipped with modern analytical and imaging instruments for characterizing particle size, shape, surface properties, chemical composition, and stability. The research also includes simulations and modeling of real particle behavior under different physicochemical conditions.
The research primarily focuses on:
- Analysis of particle size distribution (laser diffraction, DLS)
- Analysis of rheological properties (rheometer)
- Morphological and structural imaging (SEM, AFM) in cooperation with Center of Nanotechnology
- Determination of chemical composition (XPS, EDS, FTIR) in cooperation Center of Nanotechnology
- Measurement of surface charge and stability (zeta potential) in cooperation Center of Nanotechnology
The laboratory finds application in the following areas:
- Nanotechnology and materials research
- Pharmaceutical and cosmetic industries
- Development of functional coatings, filters, and sensors
- Green chemistry and sustainable technologies
By integrating experimental methods with digital processing and simulations, the laboratory enables the efficient development of new materials and processes in line with Industry 4.0 principles.