Transparent electrode, conductive laminate and conductive layer
AssigneeKolon Industries, Inc.
InventorsJi Sung KIM, Hak Gee JUNG, Jeong Han KIM
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Abstract
Disclosed is a conductive layer including photopolymerizable resin having dispersed carbon nanotubes, which is transparent with high electrical conductivity and facilitates the formation of an electrode pattern. A laminate and a transparent electrode, including the conductive layer, are also provided.
Claims17
A transparent electrode comprising a conductive layer, the conductive layer comprising carbon nanotubes and having at least two pyrolysis onsets showing at least 5% weight reduction in a pyrolysis range of 200˜900° C., the pyrolysis range including a first pyrolysis range which initiates pyrolysis at 200˜450° C. and shows a weight reduction of W1% and a second pyrolysis range which initiates pyrolysis at 450˜700° C. and shows a weight reduction of W2%, and the W1/W2 being 0.1˜20.
A conductive laminate comprising a substrate and a conductive layer, the conductive layer comprising carbon nanotubes and having at least two pyrolysis onsets showing at least 5% weight reduction in a pyrolysis range of 200˜900° C., the pyrolysis range including a first pyrolysis range which initiates pyrolysis at 200˜450° C. and shows a weight reduction of W1% and a second pyrolysis range which initiates pyrolysis at 450˜700° C. and shows a weight reduction of W2%, and the W1/W2 being 0.1˜20.
A conductive layer comprising carbon nanotubes and having at least two pyrolysis onsets showing at least 5% weight reduction in a pyrolysis range of 200˜900° C., the pyrolysis range including a first pyrolysis range which initiates pyrolysis at 200˜450° C. and shows a weight reduction of W1% and a second pyrolysis range which initiates pyrolysis at 450˜700° C. and shows a weight reduction of W2%, and the W1/W2 being 0.1˜20.
Dependencies are inferred from the claim text.