LASER NANOSTRUCTURING FOR HIGHLY TRANSPARENT ANTI-FOGGING GLASS
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United States of America
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Issued Date -
Apr 10, 2025
app pub date -
May 12, 2022
filing date -
May 12, 2022
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Abstract
A method is disclosed for the use of lasers to realize stable super-hydrophilicity in transparent in the visible spectrum solid surfaces, coatings and devices employing transparent in the visible spectrum solids and ultrashort laser pulses. The lasers are used to shape surfaces of the transparent solid materials and generate a desired nanostructure pattern on the surfaces without affecting, contrariwise enhancing the transmissivity of the material, resulting in acquired anti-fogging properties under high humidity environments. More specifically the methods and devices for creating stable anti-fog effects of transparent in the visible solids as well as the devices employing laser nanotextured, transparent in the visible, solids, are disclosed.
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