產品描述     910 是先進材料的新型銀色噴墨墨水 實現快速數字原型制作和大批量生產 對導電性有苛刻要求的應用， 厚度、平滑度和線分辨率。  910 噴墨銀墨 顯示大容量所需的穩定噴射性能 非接觸式數字印刷金屬化應用，例如 如觸摸面板、太陽能電池、OLED 照明和印刷天線。  910 具有適合印刷的低燒結溫度 PET 并顯示出良好的化學相容性和附著力 多種表面類型或有機層。 產品優勢 ? 出色的導電性 ? 良好的噴射性能和易用性 ? 噴墨工藝的高打印厚度 ? 對各種基材具有出色的附著力 ? 光滑的燒結表面 加工條件

PRODUCT DESCRIPTION

910 is a new silver ink-jet ink from Materials 

enabling rapid digital prototyping and high volume production in 

applications with demanding requirements for conductivity, 

thickness, smoothness and line resolution. 910 ink-jet silver ink 

displays the stable jetting performance needed for high volume 

non-contact, digitally printed metallizations in applications such 

as touch panels, solar cells, OLED lighting and printed antennae. 

910 has a low sintering temperature suitable for printing on 

PET and shows good chemical compatibility and adhesion on 

multiple surface types or organic layers.

PRODUCT BENEFITS

? Outstanding electrical conductivity

? Good jet performance and ease of use

? High print thickness for ink-jet process

? Excellent adhesion to various substrates

? Smooth sintered surface

PROCESSING CONDITION

a conductive ink based on single-crystal silver nanoparticles in diethylene glycol monomethyl ether

(DGME), is designed for digital inkjet printing, for use with printheads that require low viscosity inks, like Epson printheads.

The ink offers low viscosity, long shelf life, storage at ambient conditions, robust jetting and good printability. Printed

patterns, sinterable at low temperatures, provide low electrical resistivity and good adhesion to a range of substrates.

nk-Jet Printing Equipment

? PiXDRO LP50 with Konica Minolta print head (512S)

? FUJIFILM Dimatix Material Printer

基于二甘醇單甲醚中單晶銀納米粒子的導電油墨 (DGME)，專為數字噴墨打印而設計，用于需要低粘度墨水的打印頭，如愛普生打印頭。 該油墨粘度低、保質期長、可在環境條件下儲存、噴射強勁且適印性好。打印 圖案，可在低溫下燒結，提供低電阻率和對一系列基材的良好附著力。

噴墨打印設備，兼容噴頭

   愛普生系列噴頭DX5,DX7

   柯尼卡KM512i，1024i系列

   理光系列噴頭 GH2220, Gen5, Gen6

   富士星光系列噴頭 Dimatix 2850, starfire,samba

? PiXDRO LP50 配備柯尼卡美能達打印頭 (512S) ? FUJIFILM Dimatix 材料打印機

   固化條件：120℃，30分鐘， *受基材性質影響