Henkel’s latest new developments in this area include three products: Bonderite C-IC 65001, Bonderite M-NT 2040 R9, and Bonderite M-NT 65000.
October 15, 2019
Henkel recently announced new REACh-compliant Bonderite products for etch passivation and corrosion protection that are reportedly chromium-free, allow the toxicity labeling to be removed, and reduce the user’s carbon footprint thanks to fewer active steps.
Brian Croke will oversee new product development and the continuous improvement of existing products across all induction cap sealing and surface treating lines for Enercon.
September 5, 2019
Enercon Industries Corp. recently announced that Brian Croke has been named director of Research & Development.
Jiangang (Jack) Zhao, Ph.D., applications director and chief scientist, presented original data and discussed typical plasma applications that enable or improve process steps for wafer-level packaging (WLP).
August 16, 2019
Nordson MARCH, a Nordson company, recently presented a paper entitled “Plasma Applications for Wafer Level Packaging, Part 1,” at the 20th annual International Conference on Electronic Packaging Technology (ICEPT) in Hong Kong.
Polytetrafluoroethylene (PTFE) is low-surface-energy plastic that is very difficult to bond. PTFE exclusively comprises fluorine and carbon atoms with no polar atoms such as oxygen or nitrogen.
Industrial assembly and decorating operations are increasing their use of atmospheric plasma and flame surface treaters to improve adhesive bonding. These safe and green technologies activate surfaces to enable stronger bonds with plastics, composites, wood, glass and metal surfaces.
When traditional chemical adhesives fail to sufficiently bond dissimilar types of materials, engineers often turn to plasma treatments to solve complex adhesion problems
Whether bonding metal to plastic, silicon to glass, polymers to other polymers of different durometers, biological content to polymeric microtiter plates or even bonding to polytetrafluoroethylene (PTFE), plasma can be used to promote adhesion. Adhesion promotion can be achieved by increasing the surface free energy through several mechanisms, including precision cleaning, chemically or physically modifying the surface, increasing surface area by roughening, and primer coatings, according to Michael Barden of PVA TePla, a company that designs and manufactures plasma systems.