Mineralogical Analysis provides comprehensive characterization of geological materials through the identification of mineral phases, assessment of textures, and evaluation of microstructural features. Using an integrated combination of X-ray Diffraction (XRD), Polarized Light Microscopy (PLM), and Field Emission Scanning Electron Microscopy (FE-SEM), the laboratory delivers high-quality mineralogical data for exploration, mining, and geoscience applications. XRD is used to identify and quantify crystalline phases, while PLM provides detailed petrographic evaluation of mineral textures, grain relationships, and alteration features in thin sections. FE-SEM complements these techniques by producing high-resolution images of mineral morphology, grain boundaries, pore networks, and microstructural characteristics, enabling detailed investigation of complex mineral assemblages. The integration of these analytical methods provides robust datasets for ore characterization, process mineralogy, beneficiation studies, quality assurance, and geological research. The resulting information supports accurate resource evaluation, optimized mineral processing, and informed technical decision-making throughout the mining value chain.
