PPG, Powercast announce partnership to develop ultra-thin, wirelessly powered printed electronics
Wirelessly Illuminated PPG TESLIN® Label for consumer packaging
PPG and Powercast are combining technologies to create smart consumer packaging that will light up to showcase products on a shelf.
How it works
The backside of a Straub beer label shows the electronic circuitry printed onto PPG TESLIN® substrate. The electronic circuitry is printed with PPG’s conductive inks and includes Powercast’s POWERHARVESTER® wireless power receiver chip.
Secure ID Card
PPG and Powercast will combine technologies to develop smart identification ID cards that will illuminate to permit or deny access to restricted areas or to verify user credentials.
How it works
Electronic circuitry is printed directly onto the opposite side of PPG TESLIN® substrate using PPG’s conductive inks. Powercast’s ultra-thin (1 millimeter or less) POWERHARVESTER® wireless power receiver chip and other components are then attached to the substrate using conductive epoxy and the label is laminated to seal in the electronic circuitry.
About PPG TESLIN® Substrate
PPG TESLIN® substrate is a durable, flexible and highly printable synthetic paper that excels in print projects and other applications demanding a tough, high-performance material. Engineered with a microporous matrix that is 65 percent air by volume, PPG Teslin substrate offers superior product functionality and radio frequency (RF) characteristics to better support long-range wireless power technology compared to more dense synthetic materials.
PPG’s state-of-the-art polymer thick film conductive inks, pictured here in the electronic circuitry of a smart identification card, are uniquely formulated to meet a wide range of printed electronic circuitry applications, including printed radio-frequency identification (RFID) and mobile antennas, membrane-switch and capacitive-touch panels, flexible OPV solar panels, printed sensors and medical biosensors.