Preparation of the Multilayer Colorized Electromagnetic Shielding Fabric

Lu, Jin Bin; Wang, Zhi Xin; Bin, Sun

My Cart

Advanced Search

Paper Titles

The Effects of Voltage on Cu-Ce Infiltration Layer of 304 Stainless Steel by Double Glow Plasma Surface Metallurgy, p.298
Microstructure and Hardness of Surface Composite Layer Fabricated by Evaporative Pattern Casting Technology, p.302
The Hybrid Effect of Al and Cr in Zinc Bath on Galvanizing Coatings, p.306
The Experimental Research of Non-Abrasive Cryogenic Polishing on Metal Cylindrical Surfaces, p.311
Preparation of the Multilayer Colorized Electromagnetic Shielding Fabric, p.316
Grain Growth Simulation of Precipitated Phase on Surface and Evaluation of the Residual Stress Distribution, p.322
Influence of SiCp Surface Treatment on the SiCp/Al-30Si Microstructure and Performance, p.326
Influence of Dispersion Methods on Nano-Al₂O₃/Ni+Co Composite Coating by Electrodeposition, p.331
The Friction and Wear Properties of Conventional and Nanostructured ZrO₂-7wt.%Y₂O₃ Thermal Barrier Coatings Deposited on TiAl Intermetallic Alloy by Plasma Spraying, p.336

Home > Advanced Materials Research > Materials Processing Technology II > Preparation of the Multilayer Colorized...

Paper Title:

Preparation of the Multilayer Colorized Electromagnetic Shielding Fabric

Periodical	Advanced Materials Research (Volumes 538 - 541)
Main Theme	Materials Processing Technology II
Edited by	Liancheng Zhao, Haowei Wang and Changfa Xiao
Pages	316-321
DOI	10.4028/www.scientific.net/AMR.538-541.316
Citation	Sun Bin et al., 2012, Advanced Materials Research, 538-541, 316
Online since	June, 2012
Authors	Sun Bin, Zhi Xin Wang, Jin Bin Lu
Keywords	Electroless Plating (EP), Electromagnetic Shielding, Fabric
Price	US$ 28,-

View full size

Abstract

In this paper, the electromagnetic shielding fabric with Ni-Cu-Ni three layers and colorized appearance was prepared by the electroless plating and colorized electroplating. The current density was distributed unevenly in the course of colorized electroplating, which resulted in the nonuniform color of the electroplated fabric. In this paper, this problem was solved by improving the electroplating fixture. The adhesion strength and the conductivity of the coating were measured respectively. The results showed that the Ni-Cu- Ni multilayered coating possessed stronger adhesion strength to the fabric substrate than single layered coating, and the conductivity of coating was better than that of pure metal.