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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...
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...
Design Considerations for Implementing Adhesive Bonding Solutions using UV/LED Technologies
Markets for cured adhesives continue to expand as adhesive formulations, materials, & manufacturing processes evolve. This paper will review emerging applications and the contributions to productivity and efficiency made by...
How Atmospheric Plasma Surface Treating Enables Ink Jet Printing on Wire and Cable
Ink jet printing offers numerous advantages over traditional marking technologies Learn how advances and challenges in the cable jacket marking industry are overcome. How atmospheric plasma improves adhesion and improves...
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...
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....
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...