IRASOL supplies different options of conductive glass
(glass/FTO and glass/ITO) at different size. It also provides different coated electrodes on glass/FTO substrates.
Conductive glass: Glass/FTO | Glass/ITO
Electrodes: TiO2 blocking layer electrode| ZnO blocking layer electrode | Transparent meso-TiO2 electrode | Transparent/Reflector TiO2 electrode | Pt electrode
Glass/ITO |
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Fluorine doped SnO2 (FTO) conductive glass |
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ITO (indium tin oxide) coated glass is the most common transparent conductive film in various devices. It is also used in solar cells, for instance, in p-i-n perovskite solar cells. It should be noted that the sheet resistance of ITO may change upon heat treatment. |
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Glass thickness: 1.1 mm Sheet Resistance: 8-10 Ω/□
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TiO2 blocking layer electrode |
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Clear TiO2/FTO layers as starting electrodes of for dye and perovskite solar cells |
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In many types of solar cells, the first layer is a blocking layer which thoroughly covers the FTO substrate. A thin layer of TiO2 is the most commonly used blocking layer and the films are best deposited by spray pyrolysis. TiO2 blocking layer electrode is a Glass/FTO substrate deposited by a thin layer of TiO2. |
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Substrate: Glass/FTO Coating: TiO2 thin film Deposition method: Spray pyrolysis Thickness: 50-70 nm Color: Transparent
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ZnO blocking layer electrode |
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Clear ZnO/FTO layers as starting electrodes of for dye and perovskite solar cells |
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In many types of solar cells, the first layer is a blocking layer which thoroughly covers the FTO substrate. ZnO blocking layer electrode is a Glass/FTO substrate deposited by a thin layer of ZnO using spray pyrolysis. |
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Substrate: Glass/FTO Coating: ZnO thin film Deposition method: Spray pyrolysis Thickness: <100 nm Color: Transparent
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Transparent meso-TiO2 electrode |
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A transparent meso-TiO2 layer on FTO for DSSC fabrication |
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Transparent meso-TiO2 electrode contains Glass/FTO which is coated with several micrometer transparent layer of meso-TiO2. It is used to fabricate the photo-anode of dye sensitized solar cells. Before using the electrode it is recommended to heat the electrode at around 500 °C for a few minutes in a furnace. |
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Substrate: Glass/FTO Coating: meso-TiO2 Deposition method: Screen print Thickness: Color: Transparent |
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