Glass Substrate with UV Imprinted Polymer Moth Eye Structure

Sung Hoon Hong; Eun Ju Hong; Byeong Ju Bae; Heon Lee

doi:10.4028/www.scientific.net/AMR.47-50.1241

Paper Titles

Production of a Green Composite: Mixture of Poly (Latic Acid) and Keratin Fibers from Chicken Feathers
p.1225

Noise Reduction by Using Composite Plate
p.1229

Plastic Optical Fiber Sensors for Measurement of Large Strain in Geotextile Materials
p.1233

High-Energy Influences of Substance’s Flows on Structural Changes in Materials
p.1237

Glass Substrate with UV Imprinted Polymer Moth Eye Structure
p.1241

Study on Non-Halogen Flame-Retarded HIPS with High Strength HIPS
p.1245

Optimal Design of Nanostructures Used in Vibration Control
p.1250

Homogenization, Numerical Analysis & Optimal Design of MR Fluids
p.1254

Variational Approach in Optimal Design of Piezoelectric Sensors & Actuators
p.1258

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 47-50Glass Substrate with UV Imprinted Polymer Moth Eye...

Glass Substrate with UV Imprinted Polymer Moth Eye Structure

Abstract:

Artificial polycarbonate moth eye structured plate was used to emboss the moth eye nano-pattern into PVC films. Embossing was done at 100°C to prevent any damage on polycarbonate template. With embossing of moth eye nano-patterns, transmittance of PVC film was increased up to 6% over 400nm to 800nm wavelength region. This embossed PVC film was then used as an imprint template after depositing thin layer of SiO2 and self-assembled monolayer. Consequently, polymer based moth eye nano-patterns were formed on glass template after UV imprinting and its transmittance was increased from 90% to 92%.