Applications of SEM Analysis for Plastics and Polymers:

• Quality Control: Manufacturers use SEM to inspect polymer products for defects, surface irregularities, and contamination.
• Material Characterization: Researchers study the microstructure and morphology of polymers to understand their properties and behavior.

Elemental Mapping:

EDS can generate elemental maps, showing the spatial distribution of elements within the polymer. This is useful for identifying impurities, additives, or inclusions.

Styrene or Plastic Pellets

FT-IR Spectra

Plastics and Polymers are organic materials:

FT-IR is necessary for the identification of organic materials. The spectra is compared to a database.

SEM Topography shows contamination in PVC

Morphology of PVC (Plastic)

Topographical Analysis of Plastics

SEM analysis shows the structures and morphology, and causes of failure of the pvc.

Identifying the Characteristics of Plastics and Polymers

With our sofisticated equipment and expertise, we can help to identify the characteristics of plastics and polymers by examination of the material at the micron level. Whether it is organic or inorganic, using the scanning electron microscope, eds, ft-ir, and micro-ft-ir.