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Our Offerings

Custom Solutions

+ Production Problem Resolution
+ Product Development

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+ Adhesion Bonding
+ Surface Pretreatments

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Surface Analyst: Case Studies


Our Services

Laboratory Capabilities

Laboratory Capabilities

+ Compositional Analysis
+ Chemical/structural analysis
+ Morphological/Topological Analysis
+ Elemental Analysis

Custom R + D

Custom Research + Design

+ Adhesion and Bonding
+ Surface Pretreatments
+ Coatings Development



+ Production Problem Resolution
+ Product Development
+ Failure Analysis

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Why are my composite/composite adhesive bonds failing?

An adhesively bonded structure consists of two substrates, an adhesive, and two interfaces.  When loaded to failure, a bonded structure will fail in the weakest component; the first step in determining why a bond has failed is to determine, at a molecular level, where it failed: which of these components was the weak link in the chain?  Many times visual inspection won’t tell you.  A failure that looks interfacial to the eye may have actually failed in a very thin layer of the adhesive or the substrate. Want to learn more?  Contact us.

How can we improve reliability of our bonding process?

Reliability equates to reproducibility: reproducibility of the materials used and the processes used to prepare their surfaces.  The surface preparation process must create a surface with the same molecular level composition every time.  Wetting measurements using the Surface Analyst™ are exquisitely sensitive to the molecular composition of a surface and help ensure reproducibility of surfaces prepared for adhesive bonding or coating. Want to learn more?  Contact us.

How can I tell if my surface is contaminated?

 For the purpose of bonding operations, contamination is any substance that interferes with the ability of the adhesive or coating to intimately contact the substrate.  There doesn’t have to be much of it: certain contaminants (like mold releases) can disrupt a bond when there is only a single molecular layer present.  Contact angle measurements made using the Surface Analyst™ are determined by this same uppermost molecular layer and are a quantitative function of the amount and type of contaminant.  A three second measurement shows immediately if a surface is out of specification due to the presence of contamination. The Surface Analyst is the best tool for understanding surface properties in a manufacturing and repair environments. Want to learn more? Contact us.

What People are Saying

  • The Surface AnalystTM is the most exciting new technology I have seen in a decade. It gives me goosebumps!
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    Global Director of Advanced Engineering, International Automotive Components (IAC)

  • We want to see the Surface Analyst used on the lines of all of our suppliers.
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    Director of Engineering, Hyundai/Kia

  • It’s about time this problem was addressed. We have an immediate need for this technology, both in its handheld form and as automated process control throughout our molding operations.
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    Engineering Manager, Johnson Controls, Inc

How can we help you?

Brighton has helped companies large and small find the data they need. Let us help you.

For sales outside of the U.S., please call 001.513.469.1800