Description Highly conductive silver ink for Printed Electronics applications on flexible substrates. The low resistivity is resulting from the fusion of the metallic nanosilver particles during the sintering process.Key BenefitsLow volume resistivityCompatible with several sintering methodsGood adhesion on coated and synthetic papers, treated and untreated PETSupport for industrial print headsHigh stability and easy handlingTypical Properties of Printed and Sintered ProductSingle pass printed with KM1024i LHE on PowerCoat(TM) HD1 and sintered with NIR lamp.Resistivity Description Highly conductive silver ink for Printed Electronics applications on flexible substrates. The low resistivity is resulting from the fusion of the metallic nanosilver particles during the sintering process.Key BenefitsLow volume resistivityCompatible with several sintering methodsGood adhesion on coated and synthetic papers, treated and untreated PETSupport for industrial print headsHigh stability and easy handlingTypical Properties of Printed and Sintered ProductSingle pass printed with KM1024i LHE on PowerCoat(TM) HD1 and sintered with NIR lamp.Resistivity
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Conductive nanosilver ink for inkjet printing
CAS number：unknown molecular formula：
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Specs
| Chinese alias | - | ||
| English alias | Orgacon SI-J20x, Conductive ink, Ag ink | ||
| CAS number | unknown | molecular formula | |
| molecular weight | - | Exact mass | - |
| PSA | - | logp | - |
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