Performance of Bismuth Oxide in the Cathaphoretic Epoxy Primers

Won Seog Yang; Seung Ho Ahn; Jun Sik Seo; Won Seung Cho; Jung Gu Kim; Woon Suk Hwang

doi:10.4028/www.scientific.net/MSF.544-545.589

Paper Titles

Filtration Treatment of Pollutants in Urban Runoff Using Expanded Polypropylene Media
p.573

Grain Size and Orientation Control in Lead-Free (Bi,La)₄Ti₃O₁₂ Thin Film Deposited by Spin-On Method for High Density FeRAM Device
p.577

Impact Sound Reduction Analysis of Concrete Slab Containing Artificial Lightweight Aggregates Fabricated Using a Sewage Sludge
p.581

Investigation of Plasticity Index of Clay Bodies Including Bottom Ashes from the Power Plant
p.585

Performance of Bismuth Oxide in the Cathaphoretic Epoxy Primers
p.589

Preparation and Standardization of Method for Valuable Metals Analysis in Seawaters
p.593

Preparation of Adsorbent from Mine Residues
p.597

Properties of Artificial Aggregate for Orchid Culture Fabricated from Solid Wastes
p.601

Properties of Waste Derived Mullite
p.605

HomeMaterials Science ForumMaterials Science Forum Vols. 544-545Performance of Bismuth Oxide in the Cathaphoretic...

Performance of Bismuth Oxide in the Cathaphoretic Epoxy Primers

Abstract:

The anti-corrosion properties of and catalytic effect of crosslinking on Bi2O3 were investigated in this study. The results of double rubs test with methyl ethyl ketone, cyclic corrosion test and FT-IR with ATR show that Bi2O3 performs anti-corrosion property and catalytic effect of crosslinking of resin.