The major driving factors of the Silver Coated Copper Nanoparticle Conductive Ink Market are the increasing demand for efficiency and miniaturization in consumer electronics, which increases the demand for conductive inks to replace the bulky, energy consuming wires, and circuits. silver coated copper nanoparticle conductive ink provide better energy efficiency, smaller size devices, and better durability than the traditional wire circuits. The numerous up-and-coming applications are being discovered due to the innovations and new product developments in this market. silver coated copper nanoparticle conductive ink are now finding applications in batteries, fuel cells, among various others.

Get Pdf File of This Report –
http://www.micromarketmonitor.com/contact/8193381065-download_pdf_brochure.html

Companies of this market are Johnson Mathey Plc, Showa Denko K.K., Conductive Compounds, Inc, E.I. du Pont de Nemours and Company (DuPont), Applied Nanotech Holdings, Inc., Sun Chemical, Agfa-Gevaert, Creative Materials Inc., PPG Industries Inc, Hitachi Chemical Company, NanoMas Technologies, Inc. , Cambrios Technologies Corp., Vorbeck Materials Corporation, Inc., NovaCentrix, Methode Electronics, Inc. , Chomerics, Inc. and Heraeus Holding GmbH.

Silver flake paste is mature and thus unlikely to show further performance improvement or cost reduction (unless base metal prices fall). At the same time, silver nanoparticles will improve, particularly as large corporations with capacity and leverage enter the scene. The trend towards alternatives such as copper and silver alloys will also continue, particularly in Japan where many companies offer different migration-free and relatively stable copper pastes and curing techniques. This is despite the fact that the switching motive is now weakened thanks to reducing raw silver prices. Graphene, PEDOT and carbon nanotubes will all find niche applications. For example, graphene is already in the RFID and smart packaging sectors thank to its low cost, fast printing and low curing temperature. Sintering techniques will also change and/or improve with photo-sintering registering particular success as it increases processing speeds and brings compatibility with low-temperature substrates.