With the array of thin-film coated polymer based optics currently in use within the optoelectronic and photonic industries
the need for finger print reducing coatings has drastically increased. Due to the peak-to-valley micro structure of thinfilms
fingerprint oils and other airborne particulate are prone to create disruptive optical interference within films, which
negate their overall effectiveness in transmitting light and or data. Our approach in combating this issue is a deposition
process that is capable of being deposited on numerous injection-molded and cast sheet polymer formulations to help
reduce the appearance of fingerprint oils on optically and cosmetically critical components. In many cases, such
vacuum-applied coatings improve the optical performance of polymers by improving the visual acuity of the display
through the drastic reduction of fingerprint oils and airborne particulate. This presentation will focus on the full spectrum
of thin-film coatings that are currently being deployed to polymer optics in order to combat smudging and fingerprints
on polymer optics and displays.
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