Electrical and optical properties of soda-lime glass coated using high voltage electrodeposition technique
Issue Date
8-2016
Abstract
High voltage electrodeposition technique was successfully employed in coating a low conductive glass. The technique involved the use of constant input voltage (e.g., 2000V) to coat the soda-lime glass electrode. Dissolved copper sulfate pentahydrate in sulfuric acid-water solution served as the electrolyte in the deposition process. The surface conductivity of the electrodeposited coated glass improved compared to that of the uncoated glass. The surface conductivity increased as high as 735% at 30 minutes deposition time using 2000 V input voltage. However, the transmittance decreased with surface conductivity. This indicated that the conductive particles that adhered on the surface were blocking the passage of light. Furthermore, the AFM image shows that the adhered particles were deposited besides the scratched region. This observation supports the need to roughen the glass surface before employing the high voltage electrodeposition technique.
Source or Periodical Title
Key Engineering Materials
ISSN
1013-9826
Volume
705
Page
199-203
Document Type
Article
Language
English
Subject
Coating, Electrodeposition, High Voltage, Soda-lime Glass
Recommended Citation
Parel, M.M.P., Gillado, A.V., Herrera, M.U. (2016). Electrical and Optical Properties of Soda-Lime Glass Coated Using High Voltage Electrodeposition Technique. Key Engineering Materials, 705, 199-203. DOI:10.4028/www.scientific.net/KEM.705.199.
Identifier
DOI:10.4028/www.scientific.net/KEM.705.199.
Digital Copy
yes