The Study of Two-Step Dip System of Conveyer by Different Pre-Treatment

Chien Kuo Yen; Wen Hao Hsing; Shih Yang Chen

doi:10.4028/www.scientific.net/AMR.287-290.2622

Paper Titles

Effect of Far-Infrared Pre-Heat Treatment and Adding Methylenediphenylisocyanate(MDI) on Adhesion Bonding between Reinforcement and Rubber of Conveyer Belt
p.2606

Far-Infrared Emission of Filled Fabric by Sweat
p.2610

Adhesion between PET/Nylon Fabrics and Rubber by RFL with the Solution of Different Proportion
p.2614

The Approach of Electrode Materials on Electroluminescent Fabric
p.2618

The Study of Two-Step Dip System of Conveyer by Different Pre-Treatment
p.2622

Composited Silver-Contained PA 6 Electrospun Fibers with Spunbond Nonwovens for Filtration Applications
p.2626

The Feasibility Study of PET Fabric Dyed with Disperse Dye by Adding ZnO Powder
p.2630

Uniformity of Nanofiber Alignment by Electrospinning
p.2635

Research on Dissolve Oxygen Modeling Based on Neural Network
p.2640

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The Study of Two-Step Dip System of Conveyer by Different Pre-Treatment

Abstract:

In this study, the PET/Nylon woven fabrics first treated with infrared radiation and microwave, then dipped isocyanate solution. The surface of the fabric had treated by physical and chemical processing. Adhesion strength between fabric and fabric up rise to 37.4%, and treated by microwave up rise to while adhesion strength between fabric and rubber by up to 52.2%.