ISO/TC61 ISO/TC61 1. ISO/TC TC/SC TC61 SC1 SC2 SC4 SC5 SC6 SC9 SC10 SC11 SC12 SC13

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1 ISO/TC61 1. ISO/TC ISO/TC61 SC P- 32 O- 39 TC/SC TC61 SC1 SC2 SC4 SC5 SC6 SC9 SC10 SC11 SC12 SC13 2

2 ISO/TC61 TC/SC /4~2013/3 SC SC SC SC SC SC SC SC SC SC ISO total , ISO/TC61 WG TC/SC WG TC61 SC1 1 2 SC2 1 8 SC4 1 4 SC5 1 8 SC6 3 SC SC10 3 SC SC SC

3 ISO/TC61 TC/SC SC SC SC SC SC SC SC SC SC SC ISO/TC61/SC11/WG3 Items Plastic films for organic electronic devices Determination of water vapour transmission rate Instrumental method ( CO 2 6

4 Highlight - 1 Portable/ Rollable display OLED display (Organic Light-Emitting Diode) OLED Lighting ceiling light wall light New devices with flexible technologies OPV (Organic Photovoltaic cell) Solar panel sheet 7 Highlight - 1 Gas Barrier Layers (Nanometer scale ) Polymer Film Glass Plastic Flexibility Impact resistance Water-vapour barrier Heat-resistance Dimensional stability Light weight Production cost Thinness - + Plastic substrate requires water-vapour barrier property High-barrier film is necessary for OLED, OPV, etc. Requirement of barrier properties Conventional barrier High-barrier Oxygen Transmission Rate / cc-m -2 day -1 -atm OLED OPV Packaging PET Vapour deposited PET asi PV e-paper LCD Target Water vapour transmission rate / g-m -2 day -1 High-barrier Conventional barrier 8

5 Highlight - 1 High sensitive pressure gauge method Atmospheric pressure ionization Mass Spectrometry N2 N2 Humidity controller EXT Test Cell APS-MS Sample Ca + H 2O2 Ca(OH)2 + H2 Calcium test High-barrier film Ca Ca Inert metal Glue Glass 9 Highlight ISO Plastics -- Film and sheeting -- Determination of water vapour transmission rate Part 5 Presssure sensor method Part 6 Method using an atmospheric-pressure- ionization mass-spectrometer detection sensor Part 7 Method based on the rate of reaction of calcium metal with water 10

6 - 1-1 Highlight - 1 ISO 15106Part 5~ ISO/TC NWIP NWIP NWIP ISO/TC61 CDDIS 11-2 ISO/TC61/SC11/WG5 Items Test methods for isotropically electrically conducting adhesives ( icas 12

7 Highlight - 2 ABS ECU Ag through kyocera Nichicon LED CCD B 2 it CMK Panasonic / Touch panel Osaka U. CITIZEN 13 Highlight ºC 14

8 Test methods for electrically isotropic conductive adhesives Highlight - 2 Part 2: Electric characteristic for electronic assemblies (DC test) Part 3: Heat transfer propertiess Part 4: Shear strength and electrical resistance test methods for rigid-torigid bonded assembly Part 5:Shear fatigue test method 2 a i R0 2 Part 6: Pendulum type impact testing method Part 7: Environmental test methods Part 8: Electrochemical migration test method Part 9: High speed signal trans-mission characteristic test methods Interface Wiring ICA Signal Plating 85C/85%, 1000hr Substrate ISO Adhesives -- Test methods for isotropically electrically conducting adhesives Part 1 General test methods Part 2 Determination of electrical characteristics Part 3 Determination of heat transfer properties Part 4 Determination of shear strength and electrical resistance using rigid-to-rigid bonded assemblies Part 5: Shear fatigue testing Part 6: Pendulum-type impact testing Part 7: Environmental test methods Part 8: Electrochemical-migration test methods Part 9: Determination of high-speed signal-transmission characteristics Highlight

9 Highlight ISO ISO16529Part 1~9 Part 1~ NWIP Part 4~ NWIP Part 1~ DIS technical comment ISO/TC publication Part DIS FDIS ISO/TC61/SC11/WG5 Items Test methods to evaluate the joint performance of structures made of plastics and metals (- CO 2 () 18

10 Highlight General management Japanese Industrial Standards Committee (JISC) Internal Standardization The Japan Plastics Industry Federation(JPIF)ECAA (2012) Basic research and technology development Japan National Institute of Advanced Industrial Science and Technology (AIST Material evaluation and process development Taiseiplas, MEC, Mitsui Chemicals, TOSOH, TORAY(Company) 19 - Highlight - 3 Other applications Weight-saving for structural materials 20

11 » Surface modification of metal parts is the key technology for high metal-plastic adhesion Surface modification of metal parts are investigated by various methods such as Chemical etching producing nano-sized pores on the metal surface Chemical coupling providing strong chemical metal-plastic bonds Physical etching producing surface toughness mechanically etc. The strong metal/plastic joints can be obtained by molding (Nano-molding technology) use of adhesives (Nano adhesion technology) Highlight Tensile butt strength (Type A Tensile Lap shear strength (Type B Peel strength (Type C Bend strength (Type A Impact strength (Type A Sealing property (Type Highlight - 3 ( Specimen 22

12 Highlight C/85%, 1000hr -40C/125C, 1000cyc Test specimens Tensile Shear 125C/150C, 1000hr -40C, 1000hr Peeling Impact Sealing tester 23 Highlight - 3 Humid chamber Temperature Cycling Measure strength after the environmental test Inspection after tests Environmental test 24

13 Highlight ISO Evaluation of the adhesion interface performance in plastic-metals assemblies Part1 Guideline for the approach Part2 Test specimens Part3 Test methods Part4 Environmental condition for durability 25 Highlight ISO 19095Part 1~ ISO/TC NWIP NWIP NWIP ISO/TC61 CDDIS 26

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