Preparation and Research on Performance of Fluorine Rubber/Metal Composite Sealing Boards

Ai Ling Zhang; Yin Feng Feng; San Xi Li; Song Wang; Zhen Qian Lv

doi:10.4028/www.scientific.net/AMR.535-537.190

Paper Titles

Influence of Sintering Temperature and Atmosphere on Phase Makeup of SiAlON-Graphite Composites
p.169

The Energy Absorption of Carbon Fiber Reinforced Polymer under Different Impact Speed
p.174

Synthesis of Carbon Nanofiber-Titania-Cordierite Monolith Composite and its Application as Catalyst Support on Citral Hydrogenation
p.178

Securing Superior Properties of Composite (PP+WF) through Central Composite Design
p.186

Preparation and Research on Performance of Fluorine Rubber/Metal Composite Sealing Boards
p.190

Collision Ansysis of Sandwiched Polyurethane Composite Steel Tube
p.194

Microwave Absorbing Properties of MnO₂/Ni-Zn Ferrite/Graphite Structural Composite
p.201

Microstructure and Corrosion Resistance of In Situ Al_0.983Cr_0.017/Al Composites
p.206

Damping Properties of Cups-Stacked Carbon Nanotubes (CSCNTs)/RTM6 Composites
p.210

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Preparation and Research on Performance of Fluorine Rubber/Metal Composite Sealing Boards

Abstract:

Cobalt-boron complex were prepared as a novel adhesion promoter. It was characterized by the infrared spectrum and the UV spectrum. The maximum absorption wavelength of cobalt-boron complex is in 285nm by the UV spectrum. And the fluorine rubber / metal composite sealing boards were prepared with cobalt-boron complex. The results show that the sample with cobalt-boron complex has better scratch resistance, higher impedance resistance than that without cobalt-boron complex; meanwhile the sample with cobalt-boron complex also has a better bonding situation. In the most optimal process conditions, the scratch resistance value of the composite sealing board is 3800g.