Printed, Flexible and Organic Electronics

This article from IDTechEx examines whether flexible glass is the ultimate solution for flexible barriers and encapsulation.

In this slide presentation (see below) we describe the different existing and emerging OLED material classes. In particular, we explain and analyse fluorescent (FL), phosphorescent (PH), thermally-activated delayed fluorescent (TADF) and hybrid TADF and fluorescent materials.

Glass is the ultimate barrier substrate material.

We have been following the graphene industry as analysts for the past seven years. The results of our ongoing research can be seen in our report on Graphene, 2D Materials and Carbon Nanotubes: Markets, Technologies and Opportunities 2018-2028. In this time, we have seen the industry grow in maturity.

The IDTechEx Show! on April 10-11 in Berlin brings together eight key disruptive technologies and their customers at one venue.

The market composition of transparent conductive films and materials has not dramatically shifted for some years. It is heavily reliant upon select markets such as flat consumer small/medium sized electronic touch screens. Indeed, the IDTechEx Research report Transparent Conductive Films and Materials 2018-2028: Forecasts, Technologies, Players puts this reliance around 85-90% today. The emergence of new applications has also been slower than many had predicted and hoped. This report finds that so-called 'old' applications are still the vast majority of the market.

In this premium article below we cover some of the latest activities with printed, flexible batteries.

IDTechEx will be hosting a free webinar on Thursday 14 February titled A Market Outlook for the Aerogel Industry.

For over 16 years IDTechEx analysts have studied the printed electronics market in all its guises - organic, flexible and hybrid electronics. There have been tremendous successes such as OLED displays and conductive ink for PV, touch screens and bio sensors. There has also been tremendous investment creating new enabling materials, processes and components that will enable new capabilities and differentiate and improve products.

In this brief slide deck, we briefly outline the key aspects and challenges of growing high-quality graphene as an electronic substrate. This could take the form of a film of graphene on a wafer or another substrate. Therefore, we will consider chemical vapour deposition as well as epitaxial growth. Here, we will also outline some of the R&D progress on this topic. This slide presentation will be the first of two presentations. The second one will consider the use of graphene as an electronic material.