Innovations in Electrically Conductive Inks and Nano Ink Technology

Anja Henckens studied organic and polymer chemistry at the universities of Hasselt and Leuven (Belgium). She completed her Ph. D. at the University of Hasselt in 2003 in the field of polymer/organic chemistry with particular focus on the synthesis of intrinsically conductive polymers that can be used as active materials in transistors and organic solar cells. After obtaining her Ph.D., she completed her post-doctorate work at the same university. Henckens began working for Henkel Electronic Materials (Belgium) NV in 2005 as a Research Chemist. The primary focus of her job has been the evaluation and development of new adhesive formulations for the electronics industry, specifically electrically conductive adhesives required for the RFID and photovoltaic market.

Henkel is the choice for today's advanced semi conductor and electronic assembly markets. Top semiconductor and electronics solutions firms rely on Henkel to deliver the enabling materials they require to introduce leading0edge products in an ever-tightening time-to-market window. Henkel's world-renowned Ablestik, Acheson, Emerson & Cuming, Hysol, Locite and Multicore product portfolios provide today's electronics specialists with the proven, reliable and compatible material solutions they need to stay competitive.