Applications for Plasma Treatment of Objects

Treatment of polymer objects promotes adhesion for printing, painting, coating, bonding and labeling. Printing Surface treating parts prior to printing enhances ink adhesion. It makes printing easier, and for others it makes printing possible. Painting Injection molded or thermoformed parts are often treated prior to painting. Surface treatment allows the paint to adhere and also…

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Flame and Plasma Surface Treatment for Automotive Components

The automotive industry is taking advantage of atmospheric plasma technology to help reduce manufacturing costs, improve surface performance, increase line speeds and eliminate chemical primers. Any component of a vehicle needing better adhesion prior to bonding, gluing, painting or coating is a candidate for surface treating. Get your copy of this technical bulletin [4 MB]…

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Atmospheric Plasma Technology Comparison

Enercon offers a variety of surface treating options. Our extensive product line features blown-arc and blown-ion plasma technology as well our unique variable chemistry technology for difficult to treat applications. Find out which technology is best for your application with our free comparison chart. We appreciate your interest in Enercon corona, plasma, and flame surface treating…

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Plasma and Flame for Polymer Adhesion

Many experiments have been performed globally to investigate ways of improving adhesion to polymers. This paper discusses current atmospheric surface activation systems, appropriate measurements of wettability and adhesion, over-treatment effects and surface analysis techniques relative to optimizing the adhesion of inks, paints, coatings and adhesives to polymer surfaces. Recommendations for improved activation by substrate and…

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Adhesion Solutions for Transportation Industry Components

This technical paper examines the effectiveness of plasma and flame surface treatment technology on low polarity materials used in the manufacturing of automotive, aerospace and other transportation industry applications. Learn how increasing the polarity and surface tensions of materials such as PE, PP, TPO, POM, PUR and PTFE, as well as metallic surfaces, enables bonding,…

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Plasma & Flame Treating Buyers Guide for Plastics

Learn how to successfully evaluate and integrate the best surface treatment technology for your unique applications. Our expert panel reveals industry best practices: See what Enercon customers are saying “Enercon has provided us with some great tools to help us improve our operations. They are very dedicated to ensuring our success and supporting the quality…

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How Plasma & Flame Surface Treating Works – Explainer Video

Sam is a Quality Engineer at Stick-It Inc. and he is having trouble with the adhesive bonding and printing of his manufactured parts. The adhesives won’t stick and the ink rubs off! He needs to find a solution quick and decides to call Enercon for help. Follow Sam through his journey of discovering how plasma…

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Corona vs. Plasma

Enercon receives many questions about the differences and similarities between corona and plasma surface treating. In all cases, the context of the question is very important as some industries have adopted unique definitions of each term. Technically, plasma is the fourth state of matter produced by the ionization of a gas. And since corona ionizes…

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