Surface Analysis
Description
EAG scientists are experts in surface analysis, including the various factors that affect surface chemistry and other surface-specific properties. When surface information is needed, we determine the most relevant analytical approach to obtain the best results. Our laboratories employ different surface analysis and surface characterization techniques to investigate and understand the issues associated with surface coverage, molecular orientation, functionalization, contamination, and surface segregation. The chemistry of the upper monolayer of a surface can have a dramatic effect on surface wetting, biocompatibility, reactivity, and adhesion. For example, plasma processing and other gas-phase treatments are routinely used to alter the near-surface chemistry of polymer films prior to printing or adhesion steps. Similarly, organic silanes and thiol-terminated self-assembled monolayers can be applied from solution to modify the surface chemistry of glasses and metals. EAG’s materials surface analysis laboratory solves issues with adhesion and bonding, questions regarding surface cleanliness and investigations regarding morphology and topography of materials’ surfaces.
Surface Analysis
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Frequently Asked Questions
Surface analysis is the study of surface chemistry and other surface-specific properties to understand the factors that affect them.
Different surface analysis and surface characterization techniques are employed, such as plasma processing, gas-phase treatments, organic silanes, and thiol-terminated self-assembled monolayers.
Surface analysis can solve issues related to adhesion and bonding, surface cleanliness, and morphology and topography of materials' surfaces.
Surface chemistry plays a significant role in surface wetting, biocompatibility, reactivity, and adhesion of materials.
Surface analysis can use surface-sensitive analytical tools to uncover the source of adhesion and bonding problems, including examining both sides of the delaminated interface.