In the final step in the manufacturing process, glass is coated to avoid damage and scratches on bottles due to friction during transport.
Afterward these glass bottles are generally printed in a screen printing process. The type of coating that was performed during manufacturing determines if the printing ink used can bond well. To ensure a strong bond and even coloration, especially on polymer coating, plasma activation is required to increase surface tension.
Thanks to its robust jet systems and simple inline integration, Openair-Plasma® technology offers an optimal solution for creating the necessary surface activation on the glass containers.
P&PM (4/2008)
open document
Determining surface tension with dyne inks now
MDO September 2020
Put Openair-Plasma® to the test with our rental and test systems.
International Trade Fair for Electronics Development and Production
Booth: E6-6517
Shanghai New International Expo Center Shanghai , China
Read the Plasmatreat Viewpoints with a review of 2020 and a preview of 2021 with regards to the electronic industry.
Plasma moves into the center for professional know-how transfer.
As the innovation leader in plasma-based surface treatment Plasmatreat has been sharing its know-how with the industry for 25 years. The newly founded „Plasmatreat Academy” now combines a wide array of educational programs under one roof and with one common goal: facilitating an in-depth dialog with customers, suppliers, science and research.
Can I substitute the vacuum plasma and its limitations by Openair-Plasma® for semiconductor applications? Yes, of course! Openair-Plasma® atmospheric plasma technology facilitates the selective treatment of electronic components and can be fully integrated into standard in-line processes.
