The Nanoparticle Toolkit Paid Members Public
Presented by Dr. Nigel H. Holmes, MacDermid-Autotype holmes_abstractholmes_abstract.pdf18 KBdownload-circle
Film Inspection: The Gel Count Standard What resolution and defect detection can be realised and makes sense - with practical examples Paid Members Public
Presented by Oliver Hissmann, OCS Optical Control Systems GmbH hissman_abstracthissman_abstract.pdf49 KBdownload-circle
Contact Cleaning for Functional Coatings in Emerging Technologies Paid Members Public
Presented by Sheila Hamilton, Teknek Limited Appropriate application of contact cleaning within production of coated products can significantly reduce defects caused by particulate contamination. In the emerging technologies such as OPV, Plastic Electronics and Displays there is a requirement for high barrier coatings where even tiny defects are detrimental to
High rate low pressure PECVD for barrier and optical coatings Paid Members Public
Presented by Steffen Günther, Matthias Fahland, John Fahlteich, Björn Meyer, Steffen Straach, Nicolas Schiller, Fraunhofer Institute for Electron Beam and Plasma Technology (FEP) Two types of new plasma enhanced CVD (PECVD) technologies were developed. The main benefits of these DC-magnetron based PECVD (magPECVD) and hollow cathode arc driven PECVD (arcPECVD)
The practical uses of chemical adhesion in interlayer bonding Paid Members Public
Presented by Dr. Jon-Paul Griffiths, Oxford Advanced Surfaces griffiths_abstractgriffiths_abstract.pdf104 KBdownload-circle
Reducing Waste Material and Increasing Productivity by Butt Splicing Paid Members Public
Presented by R. Joseph Gotshall, MTorres Zero-tail, butt-splicing can be utilized to speed up converting lines while greatly reducing or eliminating the waste of valuable raw materials. This technology has been applied to materials ranging from paper & paper board to tissue, towel, film, nonwovens & flexible packaging substrates. Perfect
Flexible glass substrates for roll-to-roll manufacturing Paid Members Public
Presented by Sean Garner, Gary Merz, John Tosch, Chet Chang, Dale Marshall, Xinghua Li, James Lin, Chris Kuo, Sue Lewis, Rich Kohler, Joe Matusick, Casey Kang, Corning Substrate choice is critical for the overall optimization of flexible electronic device design, fabrication process, and performance. Glass substrates offer advantages compared to
Optical and electrical properties of zinc oxide based TCO layers on polymer films Paid Members Public
Presented by Matthias Fahland, John Fahlteich, Steffen Günther, Tobias Vogt Fraunhofer Institute of Electron Beam and Plasma Technology TCO (transparent conducting oxide) layers on polymer films have a high importance for emerging applications like flexible solar cells and large area lighting. The restriction for substrate temperatures to be below 150°
