Tag Archives: materials science
Dr. Carlos Barrios, a colleague of mine from 3M St. Paul, asked over dinner at the last meeting of the Adhesion Society if I would like to take part in teaching a week-long course in polymers at the leading university in Colombia.
The course took place at Universidad Nacional in Bogota, Colombia. About 50 engineering students and several professional engineers from the community attended.
I taught the course in conjunction with Carlos and Omar Arias (Manager of Technical Service for 3M in Latin America).
We split the course into three segments: I taught “Fundamentals of Surface Energy and Adhesion”; Carlos taught “Recent Advances in the Science of Pressure Sensitive Adhesives”; and Omar taught “3M Solutions through High Performance Pressure Sensitive Adhesives”.
My segment of the class included hands-on experiments that demonstrated the relationships between surface energy and peel strength of pressure sensitive adhesives.
The students were incredibly engaged; as a result, the class lasted for almost 11 hours. The questions were technically very advanced and indicated a wonderful level of interest.
Bogota was a wonderful experience in itself. Founded by the Spanish Conquistadores in 1538, the old part of the city looks and feels like a medieval Spanish city. …Read More
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The office of Giles Dillingham is unique, eclectic, and full of resources; very much like Giles Dillingham. The corner office is filled with books, antique tools, paintings by his beloved wife, family photos, and of course, a very nice stereo set-up.
Giles, BTG Labs’ Founder and Chief Scientist, can often be found typing eagerly away at a report while listening to classical music, or seated at the Cherrywood table, collaborating with colleagues.
One Friday evening, as the Cincinnati sun began to sink, I shared an end of the week beer with Giles in his lovely office to hear the origin story of BTG.
Emily: So, Giles, you started BTG Labs. Where did it begin?
Giles: Well, after I finished my PhD at the University of Cincinnati, I had a job waiting for me at Dow Chemical up in Midland, Michigan. And, I worked there for five years in a variety of assignments, mostly in polymer processing and surface properties. Central Research at Dow in the 90’s was an amazing place to work. It was a very academic environment with amazing scientists from all fields. I spent most of my time in the laboratory. I learned and grew a whole lot.
E: And, then what? …Read More
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The New BTG Labs
2016 was a big year for BTG Labs. The year brought new members and growth, to improvements on the Surface Analyst and a new company look. The BTG Labs team comprises of a collection of members from diverse backgrounds such as engineering, marketing, software development, and sales.
Our new branding took us from Brighton Technologies Group, to BTG Labs. Our new name and logo better reflects who we are: a modern and innovative Surface Analysis company. We call the new, full color logo the Taking Flight mark. It is an abstraction of the contact angle measurement, flowing across multiple dimensions. The logo celebrates the uniqueness and innovation of BTG Labs as well as our ties to diverse industries. Along with these improvements have come improvements to our facility with a new exterior paint color and completely re-done interior. We now have a space that reflects our new look and feel.
BTG Labs has evolved from an R&D services group to a booming Surface Analyst product company. Through years of deep experience and knowledge in surface engineering and material science, we decided to offer this knowledge to our customers in a standard package and in 2016, created new standard Process Development Packages. These new packages help companies to develop and control their manufacturing processes. Once these processes are established, the Surface Analyst monitors them.
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A Deep History in Materials Science
President and Chief Scientist of BTG Labs, Dr. Giles Dillingham’s fascination by the connections between the invisible (the molecular structure of the world around us) and the perceivable (the properties and behavior of materials and objects) stems from a very early age.
It wasn’t until he had nearly completed a degree in biology that he discovered the field of study that formalizes this broad interdisciplinary subject: Materials Science. After finding this new specialty, he went on to earn a Ph.D. from the University of Cincinnati in 1987. He used advanced surface analytical tools to demonstrate the ability of surfaces to profoundly influence the molecular structure of adhesives at the interface. …Read More
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