Surface and Morphology Analysis - STEMart

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The morphological characteristics of material determine its many physical and chemical properties. Therefore, morphology analysis is essential for understanding the nature of the material. The main content of morphology analysis includes but is not limited to fracture morphology, surface morphology, microstructure morphology, crystal morphology, particle morphology, ferrite morphology, pore morphology, sintering morphology, corrosion morphology, workpiece morphology, inclusion morphology, etc.

Test Services

Atomic Force Microscopy Analysis

STEMart provides liquid penetrant testing for surface quality detection of non-porous materials (such as metal, plastic, glass, ceramic and steel parts).

Optical Microscopy Analysis

STEMart uses optical microscopy to observe not only the surface tissue of the sample, but also the tissue below the surface layer.

Transmission Electron Microscopy Analysis

STEMart uses transmission electron microscopy to analyze the morphology, particle size, distribution, element composition and phase structure of nano-powder materials

Scanning Electron Microscopy Analysis

STEMart uses scanning electron microscopy to observe materials’ structure and morphology, such as fracture microscopic morphology, coating surface morphology, powder particle surface, crystal grain, and grain boundary.

Scanning Tunneling Microscopy Analysis

STEMart uses auger electron spectroscopy to perform morphology analysis and surface atomic structure distribution analysis of conductive film materials.

Auger Electron Spectroscopy Analysis

STEMart uses auger electron spectroscopy to perform defect analysis, particle analysis, surface analysis, and film composition analysis.

For more information about our surface and morphology analysis services, please contact us.

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