AMERICAS ASIA-PACIFIC HEADQUARTERS: CHINA No. 332 Meigui South Road WaiGaoQiao Free Trade Zone Shanghai 200131, P.R. China Tel: +86.21.3898.4800 Fax: +86.21.5048.4169 Henkel Huawei Electronics CO. LTD Songtiao Industrial Park Lianyungang Jiangsu Province 222006 China Tel: +86.518.8515.5336 Fax: +86.518.8515.3801 UNITED STATES Henkel Electronic Materials LLC 14000 Jamboree Road Irvine, CA 92606 USA Tel: +1.714.368.8000 Tel: +1.800.562.8483 Customer Support: +1.888.943.6535 Fax: +1.714.368.2265 Henkel Electronic Materials LLC 20021 Susana Road Rancho Dominguez, CA 90221 USA Tel: +1.310.764.4600 Fax: +1.310.605.2274 BRAZIL Henkel Brazil Av. Prof. Vernon Krieble, 91 06690-250 Itapevi, Sao Paulo, Brazil Tel: +55.11.3205.7000 EUROPE BELGIUM Henkel Electronic Materials (Belgium) Nijverheidsstraat 7 B-2260 Westerlo Belgium Tel: +32.1457.5611 Fax: +32.1458.5530 JAPAN Henkel Japan Ltd. 27-7, Shin Isogo-cho Isogo-ku Yokohama, 235-0017 Japan Tel: +81.45.758.1900 KOREA Henkel Technologies (Korea) Ltd. 6th Floor Dae Ryung Techno Town II 569-21 Gasan-dong, Geumcheon-gu, Seoul 153-771 Korea Tel: +82.2.6675.8000 MALAYSIA Henkel (Malaysia) Sdn. Bhd Lot 62049, Jalan Portland, Tasek Industrial Estate, 31400 Ipoh, Perak, Malaysia Tel : +605-5476811 Fax: +605-5471868 TAIWAN Henkel Taiwan Ltd Room A4, 19F-1, No.6, Sihwei 3rd Rd, Lingya Dist., Kaohsiung, Taiwan Tel: 886-7-335-7970 Fax: 886-7-335-1057 Across the Board, Around the Globe. www.henkel.com/electronics All marks used are trademarks and/or registered trademarks of Henkel and its affiliates in the U.S., Germany and elsewhere. © 2014 Henkel Corporation. All rights reserved. 12509/LT-6700 (5/14) Transparent Conductive Ink Solutions 2 | Transparent Conductive and Dielectric Inks Transparent Conductive and Dielectric Inks | 3 PRINTED ELECTRONICS APPLIANCE INTERFACES RESISTIVE/CAPACITIVE TOUCH SCREENS Today’s touch-screen and flat panel displays are more advanced and high-functioning than ever. They are our communication interface – making reliability critical. Robust display performance is highly dependent on the materials used to manufacture them, which is why partnering with Henkel is the clear choice. The LOCTITE ECI 5000 E&C series of conductive inks delivers application versatility in an easyto-use, screen-printable formula. With low temperature curing requirements and no need for laser etching, these Henkel inks offer a sustainable, streamlined process. When paired with LOCTITE® NCI 9001 E&C protective topcoat layer, strength and performance of the LOCTITE® ECI 5000 E&C series materials is superior. ® Protective overcoat dielectric ink •Flatbed Transmittance (% @ 550nm) 80 100 0 20 40 60 80 Sheet resistance (ohm/sq) *Haze data are without substrate *Transmittance data are without substrate TRANSPARENT CONDUCTOR LOCTITE® ECI 5003 E&C PRINT MESH SHEET RESISTANCE (ohm/sq) TRANSMITTANCE (% @ 550nm) HAZE (%) 355/34 Mesh ~60 ~89 8.4 305/34 Mesh ~50 ~88 9.8 305/34 Mesh ~55 ~90 1.6 420/30 Mesh ~75 ~95 1.1 ~125 ~91.8 0.36 Key Benefits Transparent conductive ink PRODUCT DESCRIPTION KEY BENEFITS Screen-printable ink with low resistance and good transparency. • Competitive to current market conductive polymer inks • Low-temperature cure • Additive process – no laser etching needed • Cost-effective solution • Neutral color LOCTITE® ECI 5003 E&C Highly conductive, screen-printable ink with excellent transparency and low haze. • Competitive to current market ITO materials • Excellent transparency and lowest haze of the ECI 5000 Series • Low-temperature cure • Additive process – no laser etching needed • Better flexibility than sputtered ITO LOCTITE® ECI 5005 E&C •Cylinder •Rotary ANTI-REFLECTIVE COATING •Flexographic Protective overcoat dielectric ink •Gravure PRODUCT DESCRIPTION KEY BENEFITS Applications LOCTITE NCI 9001 E&C Screen-printable dielectric designed for use as a protective layer and insulator. Applied over transparent conductive inks, helps improve ink prints for improved strength and performance. • E nhances the environmental performance of the ECI 5000 Series inks and the robustness of the conductive layer • Excellent transparency • Good flexibility PRODUCT DESCRIPTION KEY BENEFITS LOCTITE® ECI 1006 E&C Halogen-free, silver-filled printable ink, with fine-line printing capabilities. • Excellent fine-line and high-resolution printability • 50μm lines and spaces attainable • Excellent adhesion to sputtered ITO and PET • Good electrical conductivity GLASS • Printed switches and touch pads Transparent conductive ink •Shielded display windows LOCTITE® ECI 5003 E&C LOCTITE® ECI 5005 E&C Fine-line ink 60 Sheet resistance (ohm/sq) •Appliance interfaces SCREEN PRINTING LOCTITE® ECI 5000 E&C Series LOCTITE® ECI 1006 E&C •Transparent electromagnetic shield 40 100 98 96 94 92 90 88 86 84 82 80 Properties Comparison Chart ITO/PET •Flat panel displays Printing Application Methods LOCTITE NCI 9001 E&C 20 • Touch screens This powerful combination of transparent and printable ink solutions isn’t just for displays: these materials are also recommended in RFID, photovoltaic and OLED applications. ® 0 Markets Served •Photovoltaic Printed Solutions Henkel offers conductive inks with varying levels of conductivity to meet our customers’ expectations. 2.0 1.8 1.6 1.4 1.2 1.0 0.8 0.6 0.4 0.2 0.0 LOCTITE® ECI 5005 E&C Henkel’s fine-line conductive ink innovation, LOCTITE® ECI 1006 E&C, is a screen-printable electrically conductive ink ideal for touch-screen and other applications where fine feature printing is required. High-resolution printability and good conductivity are the cornerstones of this material, which delivers excellent adhesion to indium-tin oxide (ITO), etched ITO and polyethylene (PET). DISPLAY TOUCH-SCREEN PRODUCT APPLICATION Haze (%) LOCTITE® ECI 5000 E&C Series Transparent Conductive Ink, LOCTITE® NCI 9001 E&C Transparent Dielectric Ink and LOCTITE® ECI 1006 E&C Fine-Line Ink Sheet Resistance vs. Transmittance for LOCTITE® ECI 5005 Sheet Resistance vs. Haze for LOCTITE® ECI 5005 ® Fine-line ink •ITO replacement GLASS, POLYESTER, POLYCARBONATE SUBSTRATE •Membrane switches •Transparent heaters 100
© Copyright 2024 ExpyDoc
