2020
DOI: 10.1002/sdtp.13984
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53‐2: Composite Films with Ultra‐Thin Glass and Polymer for Novel Optically Functional Films

Abstract: We have developed a mass-production technology for laminating an ultra-thin glass and a polymer film. The resulting composite film possesses unique features that neither the ultrathin glass nor the polymer can achieve alone. With our technology, the composite film can be wound up 1,000 m by a roll-to-roll process.

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Cited by 1 publication
(1 citation statement)
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“…[7] When the glass is coated with a SiNx-SiOx film, the elastic modulus of the composite material is improved. [8] The bending strength of the glass coated with a SiNx-SiOx film is higher than that of bare glass, because the elastic modulus of the material has the greatest influence on the bending strength when the micro-crack is not obvious. Four-point bending strength tests the tensile strength of material's lower surface.…”
Section: Bending Strengthmentioning
confidence: 99%
“…[7] When the glass is coated with a SiNx-SiOx film, the elastic modulus of the composite material is improved. [8] The bending strength of the glass coated with a SiNx-SiOx film is higher than that of bare glass, because the elastic modulus of the material has the greatest influence on the bending strength when the micro-crack is not obvious. Four-point bending strength tests the tensile strength of material's lower surface.…”
Section: Bending Strengthmentioning
confidence: 99%