Microscopy
At Frontier Protection Worldwide, our Optical Microscopy Laboratory is equipped with advanced instruments to facilitate detailed material investigations.
Optical Microscopy Laboratory:
Our capabilities include:
Low Power Stereo Microscope:
Suitable for initial investigations and non-flat samples.
Compound Microscopes:
Offering higher magnifications (up to 1000x) and improved resolution.
Standard fitted digital cameras for image capture.
Image analysis and measurement software available.
Applications of Optical Microscopy:
Initial investigations and rough or non-flat sample analysis.
Complementary technique to SEM for determining coating thicknesses, corrosion profiles, and grain structure.
Provides color dimensions for enhanced diagnostic capabilities.
Scanning Electron Microscope (SEM):
The SEM at FPW allows for detailed imaging at higher magnifications (20x to 50,000x) with exceptional depth of field, surpassing optical instruments in resolution.
SEM Applications Include:
Detailed microstructural examination of various materials.
Quick and simple sample preparation.
Qualitative assessment of fracture surface topography, 3D particulate morphology, and surface finish.
Energy Dispersive X-ray Spectroscopy (EDS):
Qualitative elemental composition determination.
EDS spectra collection from large sample areas or specific features.
Identification of elemental composition of inclusions, foreign bodies, and contaminants.
Elemental mapping to identify concentration areas within a sample.
Combined Analytical Techniques:
Facilities and expertise for routine and non-routine material characterization and analysis.
Serving scientific research, materials engineering, product development, and troubleshooting/quality problems for various industries.
Common Applications:
Surface finish optimization and performance analysis.
Paints/Coating failures investigation.
Identification of foreign objects/debris.
Particle shape and size analysis.
Failure analysis for components.
At Frontier, our microscopy and analytical services offer a comprehensive approach, combining different techniques to provide valuable insights into materials for a wide range of applications and industries.