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The technology can produce line widths down to 5 microns. Lab yields with the process reached 99% to 100% functioning TFTs.
Applications include building, food storage, garments, footwear, medicinal storage, vehicles, and others. The materials are simple to manufacture and raw materials are readily available in commercial quantities.
The result is a substrate that is cheaper and easier to manufacture than a steel substrate, stronger than a glass substrate, and makes more efficient photovoltaic cells than a polymer substrate.
The physical properties of ExPhite composite open up a variety of new markets and applications with advantages that go well beyond existing materials and practices.
This technology includes a toolkit of polymers, copolymers, and dissolution inhibitors for preparing photoresists for microlithography.
Conventional PV cells usually have metallic conductor lines on the front, sun-facing surface. These conductor lines are essential, but block a portion of the incident solar radiation. This invention overcomes that problem, and increases efficiency.
Conventional methods of creating electronics, such as photolithography, require chemical and etchants. Printing electronics using inkjets suffer from line width problems and the difficulty of multiple layers. This technology solves both problems.
Organic transistors from this technology can be used in inexpensive or disposable items, such as electronic paper, posters and books, smart cards, toys, appliances and electronic bar codes for product identification.
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