XRD analysis is suitable for a broad range of materials, including metals, ceramics, minerals, polymers, semiconductors, battery materials, and advanced functional materials.
Materials Can Be Analyzed by XRD：
Metals and Alloys: Identification of crystalline phases, investigation of phase transformations, and evaluation of residual stress.
Ceramics and Refractory Materials: Crystal structure identification, phase composition analysis, and crystallinity evaluation.
Minerals and Geological Samples: Mineral identification, quantitative phase analysis, and characterization of geological materials.
Battery Materials: Analysis of cathode and anode crystal structures, phase changes during charging and discharging, and structural stability.
Semiconductor Materials: Crystal structure characterization, phase identification, and assessment of crystalline quality.
Polymers and Composites: Evaluation of crystallinity, crystalline phases, and structural changes resulting from processing.
Thin Films and Coatings: Analysis of preferred orientation, crystal structure, and residual stress.
XRD Testing Services: phase identification, quantitative phase analysis, crystal structure analysis, crystallinity analysis, crystallite size analysis, residual stress analysis, thin-film XRD analysis
XRD Instruments and Equipment: powder X-Ray diffractometers, single-crystal X-Ray diffractometers, thin-film XRD systems, high-resolution XRD systems, In Situ XRD systems.
Instrument selection depends on sample properties, measurement objectives, required resolution, and applicable testing standards.
