NANOMETAL INKs are produced by the Gas Evaporation Method. These newly developed inks consist of metal nanoparticles dispersed stably and not aggregated in some organic solvent. The inks enable to form electro-conductive fine patterns directly by printing processes such as ink-jet printing. Nano Metal Ink Name of Products Au-Nanometal Ink Ag-Nanometal Ink Ag-Nanometal Ink (Low temperature type) ITO Nanometal Ink Type of Number Au1T Ag1T Ag1teH L-Ag1T L-Ag1TeH ITO 1Cden For Ink Jet X X ○ X ○ ○ Metal Content (wt%) 30 30 55〜60 30 55〜60 20 Sovlent Toluene Toluene Tetradecane Toluene Tetradecane Cyclododecene Adhesive Inproving Additives – – – – – – Average Particle Size (mm) 3〜7 Viscocity (mPa·s) <5 <5 5〜15 <5 5〜15 5〜15 Cured-film performance below is a refference only, NOT guaranteed Curing Condition 350℃x30min or 300℃x30min 220℃x30min 150℃x60min *1 Layer After Curing (μm) <1 <1 <1 <1 <1 – Resistivity (μΩ·cm) 350℃x30min: 8〜10 300℃x30min: 12〜15 approx. 3 approx. 3 approx. 10 – Substrates to be used 350℃x30min:8〜10 300℃x30min:12〜15 Heat-resistant temperature of substrates should be higher than curing temperature. Adhesive Strength (kg/mm2) <1 <1 <1 <1 <1 >2 *1 230℃x10min in 8Pa in vacuum + 230℃x60min in air
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