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AssigneeDynamic Solar Systems AG
InventorsPatrick LINDER, Daniel LINDER
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Electrotechnical thin layers usable as heating resistance and/or substrate for conductor layers are produced at high cost and extremely slowly in the established methods. Industrial-scale methods that provide sufficient speed at room temperature are not available. This problem is solved by a room temperature printing process, wherein a redox-reactively deposited, graphite-containing base layer printed at room temperature is obtained, onto which a metal, by redox reaction during print, forms a metal layer in the micrometer scale within minutes to a few seconds in a corresponding manner. The double layer thus obtainable in one printing process is highly flexible, allows soldering to copper layers, and can be used particularly advantageously as a thin-layer heater.
A room temperature method of producing inorganic, electrotechnical thin layers, characterised in that by printing a1) electrically conductive inorganic agglomerates and/or a2) electrically semiconductive inorganic agglomerates b) in an industrial printing machine c) as a dispersion d) into predefined regions within an area e) of a flexible carrier and f1) via curing the printed dispersion to form at least a stabilizing marginal shell f2) at least one base layer is provided, wherein furthermore
Dependencies are inferred from the claim text.