2013•Advanced materials researchOpen access

Effects of Conductive Properties with Conductive Particles Blended in Conductive Silicon Rubber

Bin Li, Yue Xian Zhang

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Abstract

This study outlines the influencing factors of the conductive properties for carbon black filled conductive silicone rubber. The conductive silicone rubber has been prepared. Researched on composite materials' conductive properties with different biomass and variety means by adding different conductive properties of carbon black and nanomodified materials. The results show that the combination of carbon black can improve the conductive properties of the composite material. Silica added can affect the conductive properties. Modified the materials appropriately can effectively improve the electrical properties of the material.

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What this paper is about

This study outlines the influencing factors of the conductive properties for carbon black filled conductive silicone rubber. The conductive silicone rubber has been prepared. Researched on composite materials' conductive properties with different biomass and variety means by adding different conductive properties of carbon black and nanomodified materials. The results show that the combination of carbon black can improve the conductive properties of the composite material. Silica added can affect the conductive properties. Modified the materials appropriately can effectively improve the electrical properties of the material.

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Available abstract

This study outlines the influencing factors of the conductive properties for carbon black filled conductive silicone rubber. The conductive silicone rubber has been prepared. Researched on composite materials' conductive properties with different biomass and variety means by adding different conductive properties of carbon black and nanomodified materials. The results show that the combination of carbon black can improve the conductive properties of the composite material. Silica added can affect the conductive properties. Modified the materials appropriately can effectively improve the electrical properties of the material.

Key concepts: Carbon black, Electrical conductor, Materials science, Silicone rubber, Composite material, Composite number, Silicon rubber, Natural rubber

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