Perovskite Materials

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Perovskite materials are defined by their unique ABX 3 crystal structure, where "A" and "B" are cations and "X" is an anion. A generic perovskite crystal structure of the form ABX 3 The composition and stoichiometry of perovskite crystals can be altered to fit many different uses. They’re potential applications are only beginning to be explored, but some of the most popular uses of perovskites are in solar cell, LEDs, sensors and photodetectors. Perovskites often utilize multiple A, B and X components in one crystal to achieve ideal material properties (e.g. for bandgap tuning, stability improvements). This stoichiometry is very important and impact device performance significantly. For most perovskite solar cell, precursor salts are mixed into a solution, which can be deposited through various thin film coating methods. This is known as a perovskite precursor solution or perovskite ink. Jump to: Perovskite Material Collections | Browse all Perovskite Materials | Resources and Support Perovskite Material Collections Perovskite Inks Perovskite Inks Get started making solar cells quickly and easily with our ready-made perovskite precursor inks. Perovskite Precursors Perovskite Precursor Materials Browse our range of organic halide materials for creating perovskite precursors. Perovskite Interface Materials Perovskite Interface Materials Optimize your devices by selecting the right perovskite interface materials for your device. Browse Perovskite Materials Related categories: electron / hole transport layers , nanodots and quantum dots , OPV polymers [[filterby group="popularity" tags="popular perovskite materials"]][[filterby group="collection" tags="perovskite inks, perovskite interface materials, perovskite precursors, perovskite quantum dots"]][[filterby group="device role" tags="perovskite precursors (organic halide salts), interface engineering, additives / dopants, electron transport / hole blocking layer, hole transport / electron blocking layer, passivation"]]