FREE

Subscribe to the display technology news roundups. You can also post your own content in the open section.

Twitter
146-inch 3D 3D Micro LED 3D Printing 4K 4K2K 8K ACEP Aledia Amazon AMOLED AMS767KC04-1 Anti-reflective Apple Apple Watch AR ASSA ABLOY Entrance Systems Astra Glass AU Optronics AUO Australia Automotive Automotive Displays Avionic Avionics Avnet Axus Backlight Belkin Blue phase LCD Blue TADF Blue Wave Semiconductor Blue Wave Semiconductors BOE burn-in Buyer Capacitive touch CCFL CCPD CES CES 2019 CGS children China China Star China US Trade War Circular LCD Clothing OLED CMI COF Color Filters Corning Coronavirus COVID-19 CPT CRT CSOT Curved Curved OLED CYNORA D33 Da Qing Dark Mode Digital signage Display Display Week 2019 Dual Panel LCD Dynamic Range E Ink EE Ink Eink Electrofluidic imaging Electronics Electrowetting End-of-life EOL notice ePaper E-paper Factory Fingerprint Fingerprint sensor Fish Scales Flexable FlexEnable Flexible Flexible display Flexible LCD Flexible OLED Flexible Perovskite Flexi-LCD FlexPai Force Touch Foxconn Foxconn Technology Group Fujitsu Galaxy S10 Gesture recognition Global Lighting Technologies Glossy displays Goodix Google Glass Gorilla Glass Graphene graphene-based OFET HannStar haptic Haptography HD Head-mounted display Heads up display High End Panels Hisense HKC Holograph Hot Offer Huawei Human Machine Interface Hybrid IGZO In-cell touch India In-Display Fingerprint Industrial display InFocus Infrared Innolux Interactive Interactive surfaces iPad iPhone iPhone SE iPhone X IPS ITO ITRI I-Zone Japan Japan Display Jasper Display JBD JDI JOLED Kindle Korea large-size LCD LCD LCD iPhone LCD Prices LED LG LG Display LTPS Market Mate 20 Mattrix Technologies Medical Medical Display Merck Meural Micro LED Microdisplay MicroLED Micro-LED Micro-LED TV microsoft Military Military displays Mini LED Mitsubishi Mojo Vision Monochromatic Multitouch Nano Cell Technology Nanoco nanoplatelets Nanowire Netgear News Roundup NHK Nubia OFET OLCD OLED OLED TV OLET Organic Semiconductors Osaka University Osram Panasonic Paperwhite Patents PCAP Philips PHOLED Phone Photocentric Pixels Planar Plasma Plastic Logic PlayNitride Plessey Polarizer POLED POS Screen Price Projected capacitive Projector QD QD-LED QLED Quantum Dot Quantum dots Quantum Materials Corp Radiant Radiant Opto-Electronics Recycling Red Phosphor RIKEN Rohinni ROHM rollable Rollable TV Rugged display Russian Samsung Sanan Sanan Optoelectronics Sapphire Seeya Seren Sharp SID SmartKen smartphones Smartwatch Solar Solar-Tectic Sony Soul Semiconductor Sound on Display South Korea Stereoscopy Stocks Substrate Sunlight readable Tactile Taiwan Tappy Tariff tariffs TCL TCL CSOT Technology TFT The Wall Tianma TN Total Reclaim touch Touchscreen Trade War Transparent Transparent OLED Trump TSMC TV Ulsan National Institute of Science and Technology ultra-fine pitch Ultra-High Resolution Ultrastable Films unbreakable undefined Universal Display University of California San Diego US USA Veeco Video wall Virtual Reality Visionox Vizio VR Vuzix Wah Hong Wearable Winstar Wisconsin XTPL
Friday
Nov192010

New Advanced Materials Division of Carestream Health Launches Flexx™ Transparent Conductive Films 

ROCHESTER, NY, Nov. 10 — Touch panel manufacturers searching for an alternative to indium tin oxide (ITO) films found a new answer when Carestream Advanced Materials debuted a line of transparent conductive films today at FPD International 2010 in Japan. The new CARESTREAM Flexx™ transparent conductive films directly address flexibility, durability and cost issues typically associated with ITO films.

Carestream Advanced Materials developed Flexx transparent conductive films by applying the company’s 100 years of expertise in nanomaterial science and thin film precision roll-to-roll coating. The new film features a patented silver nanomaterial technology that allows for exceptional conductance and superior optical performance. The nanomaterial is coated onto a resilient polyethylene terephthalate (PET) film to create a film that is far more flexible and much less expensive to produce than ITO-based offerings.

 “Device manufacturers have been limited by the drawbacks of ITO for a long time, including brittleness, high cost, relatively low durability and occasional scarcity of product,” said Bruno Merry, General Manager for Carestream Advanced Materials. “Our Flexx films exceed standards for optical transparency and offer customers many benefits that were not previously available.”

 “Our PET-based product—which is manufactured using a high-yield, roll-to-roll precision coating process—is also far less brittle than ITO-based films,” Merry added. “It is able to offer longer life performance for transaction terminals and other devices that are exposed to high-traffic use. Also, our films are easily etched using common methods, resulting in optical properties that are highly desirable for projected capacitive touch panels.”

 Carestream Advanced Materials is targeting touch panels, OLED lighting and displays, flexible displays, printed electronics and photovoltaics with its new products. “We are initially offering 300 ohm/square and a 100 ohm/square products with an optional hardcoat, which is ideal for resistive and projected capacitive touch screen applications,” Merry explained. “We will be introducing more products on various flexible substrates for a much broader range of applications in the next year.”

 Flexx transparent conductive films are the first products brought to market by Carestream Advanced Materials. “Carestream Health became an independent company in 2007,” said Paul Herro, Director, Corporate Development, Carestream Advanced Materials. “While we have the energy and focus of a new enterprise, we also have the established manufacturing facilities and global logistics network of a Fortune 500 company. Our customers can count on us to be a highly responsive and stable provider.”

See www.carestreamhealth.com/adv-materials for more information.

PrintView Printer Friendly Version

EmailEmail Article to Friend

Reader Comments

There are no comments for this journal entry. To create a new comment, use the form below.
Editor Permission Required
You must have editing permission for this entry in order to post comments.