Conductive Inks

IDTechEx's portfolio of Advanced Materials & Critical Minerals Research Reports is one of its most diverse, covering the latest developments across many advanced materials including conductive inks, graphene, and more.

As part of the device miniaturization trend happening worldwide, consumer electronics are becoming increasingly streamlined, with conductive inks, flexible batteries, and other technologies making this possible.

The surge in silver prices is placing increasing pressure on conductive ink manufacturers to develop alternative solutions for printed electronic applications, either with different conductive elements or lower silver content. This article details the technical challenges involved in developing a new ink formulation.

The ability to print electronics has revolutionized the miniaturization capabilities of technology. This article covers how streamlined, discreet, and flexible electronics are creating waves through the wearables and consumer device markets.

The processes behind many modern technologies are underpinned by the advanced materials responsible for their function, including conductive inks, advanced coatings, and low-loss materials.

Join IDTechEx Principal Technology Analyst Dr Conor O'Brien on Thursday 18 June for the expert-led webinar, "The Silver Squeeze: How Rising Costs Are Reshaping the Conductive Inks Market". Choose your preferred time zone - the webinar runs three times in one day.

Printed and flexible electronics is a diverse sector, accommodating a variety of technologies and applications from flexible batteries and conductive inks to photovoltaics. This article covers wearables, consumer electronics, and energy.

IDTechEx's expansive portfolio of advanced materials and critical minerals research reports provides a range of technologies from graphene and carbon nanotubes to conductive inks and advanced coatings. This article covers some of their main applications and use considerations.

In-mold electronics (IME) is a manufacturing technology that prioritizes functionality and the seamless integration of electrical components into 3D structures. This article covers the use of IME for a sophisticated and lightweight aesthetic and some of the market forecasts over the next ten years.