Preparation of Epoxy Grafted Acrylate Composite Latex and its Film Property

Jian Xun Liu; Feng Bian; Er Jun Tang; Shao Jie Liu; Miao Yuan

doi:10.4028/www.scientific.net/AMR.898.177

Paper Titles

Nucleation Mechanism of IGF in the HAZs of Ti-Killed HSLA Steel
p.161

Influence of Overlapping Ratio on Microstructure and Mechanical Properties of Hardened Layer
p.164

Microstructures in Solidification Simulation of Electron Beam Scanning with MC in Molten Pool
p.168

Fabrication of Hexagonal Ni Micro/Nano Plates by a Facile Hydrothermal Reduction Route
p.173

Preparation of Epoxy Grafted Acrylate Composite Latex and its Film Property
p.177

Study on the Corrosion Resistance of Slag α-Sialon Ceramics to NaOH and HNO₃
p.181

Experimental Study on Conduction Heating of Ultra-High Strength Boron Steel
p.185

The Uniform Elongation Experiment of Web and Flange of H-Beam
p.189

H-Beam Cross Sectional Microstructure Influence on its Mechanical Properties
p.193

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 898Preparation of Epoxy Grafted Acrylate Composite...

Preparation of Epoxy Grafted Acrylate Composite Latex and its Film Property

Abstract:

Epoxy graft acrylate composite latex was synthesized by emulsion polymerization using polymerizable emulsifier. The co-polymer and its structure were characterized by FT-IR and TEM, respectively. The latex particles presented a core-shell structure. The water resistance was investigated and displayed a remarkable result. The corrosion resistance and damping property of the composite latex were evaluated by salt spray cabinet and dynamic mechanical analysis (DMA) respectively. The results indicated that the film has excellent anticorrosive and damping property. These proved that the composite latex had a prominent application potential on the field of functional metal coatings.