工研院材化所在FINETECH JAPAN 2016參展亮相之研發技術

 

 

 

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先進金屬材料 Advanced Metallic Materials
   
Low Cost And High Conductivity Metal Mesh and Touch Panel Module

低價高導電金屬網格觸控模組
Low Cost And High Conductivity Metal Mesh and Touch Panel Module

Focused on wet chemistry metal thickening technique for fine line metal mesh application,an integrated technology was developed by MCL/ITRI...more


Al-based metal matrix composites

先進金屬基複合材料
Al-based Metal Matrix Composites

High performance Al-based MMCs can be designed by adding different reinforce materials to meet specific demands. The MMCs with features such as low weight, high thermal conductivity and tunable thermal expansion coefficient...more


Precision and Ultra Fine Line Printing Stencil

精密金屬網及網版
Precision and Ultra Fine Line Printing Stencil

The ultra-fine stencil is fabricated by a two-step etching technique developed by ITRI/MCL.The stencil can be used as a mask applied for printing fine electrodes on a solar cell...more


Additive Manufacturing Metal Powders

積層製造用金屬粉末技術
Additive Manufacturing Metal Powders

Combining the design and preparation of alloy, control of gas flow rate and atomization parameters, high flowability alloy powders with spherical morphology have been successfully produced. The powders were proved to meet the requirement of additive manufacturing...more

 
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綠能與環保材料 Green Energy and Environmental Friendly Materials
 
Super-hydrophilic Coating Material

超親水塗層材料
Super-hydrophilic Coating Material

Various materials have been developed to offer different surface properties, such as hydrophilic, super-hydrophilic, hydrophobic and super-hydrophobic for different important applications. Most of them are still unable to meet some new needs in human life. Our material with special hydrophilic total wetting property is capable of removing oil on coated substrate by simply wipe or rinse with water, which has been verified superior to conventional material...more


High Impact Absorbing Protective Material

高吸收撞擊能量材料
High Impact Absorbing Protective Material

The developed high impact energy absorbing material is a kind of shear thickening composite, which is characterized by:
◎ At an ordinary soft state with zero strain rate
◎ It can be hardened instantly under impact to disperse and absorb energy to relieve
    external impact force
◎ After impact, it can be resilient to its normal soft state...more


BPA-free Bio-based Can Coating

無雙酚A 生質罐內漆
BPA-free Bio-based Can Coating

ITRI/MCL's BPA-free bio-based epoxy resin can be used as a protective layer for metal substrate, and applied to the food package such as can coating...more


Functional coatings and their applications

機能性塗料技術與應用
Functional Coatings and Their Applications

Self-stratifying easy-cleaning coating,Super-amphiphobic self-cleaning coating,Non-chromium anti-corrosion coating,Low-VOCs anti-corrosion coating...more


Formaldehyde-free Wood Adhesive

無甲醛木材膠
Formaldehyde-free Wood Adhesive

Formaldehyde-free wood adhesive utilizes cellulose derivatives as raw materials, and possesses excellent adhesion and water resistance. It is capable of resolving the problems induced by formaldehyde gas releasing and environmental pollution. It can be used for products such as plywood and lumber core plywood. The potential applications include flooring, cabinetry, interior renovation, among others....more

 
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軟性顯示與照明材料 Flexible Display and Lighting Materials
 
Organic Light Emitting Materials and Devices

OLED 發光材料與元件
Organic Light Emitting Materials and Devices

Organic Light Emitting Diode (OLED) technology is emerging as a leading technology for displays and lighting. OLEDs possess key performance features including vibrant colors, high contrast ratios, full-motion video and wide viewing angles. With ITRI/MCL's proprietary phosphorescent OLED technology, vacuum thermal evaporated and printable OLEDs are under development to combine the high efficiency and potential low-cost solution processing techniques such as ink-jet printing and slot-die coating. As shown in the following tables, we unveiled advances in Vacuum thermal evaporated (VTE) and spincoated phosphorescent OLED technology for a number of our color systems....more


Flexible Color Filter Material

軟性彩色濾光片材料
Flexible Color Filter Material

The major goal of our technology is developing flexible color filter material, which could have various application including flexible OLED display, flexible LCD display and some niche display product that need specific low-temperature manufacturing process....more


Flexible High Power LED Filament Bulb

可撓式高瓦數LED 燈絲燈泡
Flexible High Power LED Filament Bulb

LED filament bulb is a new lighting product avoiding to install additional lens and diffuse devices. LED filament bulb with multiple directions of lighting can be achieved by different designs of the filament structure. They are well-suited for all kinds of indoor lighting such as candle light, crystal light, etc.. It is considered the best solution for replacing the incandescent lamp....more


Light Extraction Materials and Technology for OLED

OLED 取光材料與技術
Light Extraction Materials and Technology for OLED

The transparent optical materials with high heat resistance have been developed. The materials are suitable for high temperature ITO sputtering process. It could be used as an internal/external light extraction material for OLED lighting/display...more


Flexible Smart Window Material Technology

軟性智慧窗材料技術
Flexible Smart Window Material Technology

The well-known potential of polymer dispersed Liquid Crystal (PDLC), switching easily between transparency & non- transparency, for smart window films rekindle lots of interest to address recent energy saving issue. Over a billion US$ sales is expected by 2017. Contrary to the limitation of traditional sheet-type process, a R2R flexible PDLCbased smart film process has been developed by ITRI/MCL, with the advantage of easy accommodating to different requirements for various applications...more


High Efficiency Quantum Dot Enhanced Film

高效率量子點增益膜
High Efficiency Quantum Dot Enhanced Film

Quantum dots bring about a new era of LCD wide color gamut. Cadmium-based QD
possesses excellent quantum efficiency, however, the environmental and health issues will hinder its future development. On the contrary, non-cadmium QD is environmental friendly but with poor efficiency. A fundamental approach of either raising the efficiency with less Cd-based QDs or improving the efficiency of non-Cd QDs is the common goal of the industry....more


 
 
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