Eureka Moments: Discovering Non-Obvious Silicone Contamination
The factors that impact the success of adhesion processes are not always as straightforward as they seem. Over the years, we’ve discovered that surface contamination leading to adhesion failures often doesn’t come from the most obvious sources.If you’re doing everything right—measuring surface...
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Webinar: The Surface Tells All - An Analytics Driven Approach to Better Bath Management
Are you finding it difficult to maintain effective bath quality in your cleaning and surface preparation steps? Our webinar, presented by Lucas Dillingham, Global Applications Director at Brighton Science, in partnership with Mike Valenti, Director of Technology at Hubbard-Hall, dives into the...
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Webinar: Uncovering and Controlling Non-obvious Variables in Surface Preparation of Polymers to Maximize Adhesion
Updated April 2023 Preparation of polymers for adhesion includes processes like corona, flame and plasma treatment. These can be very effective if implemented with proper process control feedbacks. However, they don’t always translate into reliable manufacturing processes. Failure analysis has...
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Webinar: Additive Blooming - Origins, Detection, and Control in Polymer Processing
Updated April 2023 Most polymers contain many non-polymeric components intended to stabilize, toughen, color and lubricate the final product. Certain classes of these additives are capable of migrating to the surface. This additive migration can create a surface that has a composition very...
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Materials Library: Atmospheric Plasma on Catheters
Watch how the Surface Analyst lets medical manufacturers verify the quality of plasma treatment prior to coating catheters in order to achieve FDA validation.
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Using the Surface Analyst to Validate Medical Tubing
Are you a medical supply or device manufacturer that has struggled to achieve FDA validation of your products due to medical tubing or otherwise?
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Webinar: How to Control the Surface Properties of Thermoplastics to Maximize Adhesion
Updated April 2023 The success of bonding and printing to thermoplastics depends on effective control of a remarkably thin zone on the surface of a polymer.
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