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Morphological Study on Carbon Black Loaded Rubber Vulcanizate under Stretching

Tomoko Shinomura, Masahide Takahashi

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Abstract

Abstract The morphological change of pure and carbon black loaded butyl rubber vulcanizates with elongation was studied by an electron microscopical method. The main noticeable observations were as follows. The number of cavities increases with the increase of elongation. The shape of cavities grows into longer spindle one with the increase of elongation. Carbon black aggregates break down with the increase of elongation. It is concluded that there are two types of cavitations in carbon black loaded rubber vulcanizates.

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What this paper is about

Abstract The morphological change of pure and carbon black loaded butyl rubber vulcanizates with elongation was studied by an electron microscopical method. The main noticeable observations were as follows. The number of cavities increases with the increase of elongation. The shape of cavities grows into longer spindle one with the increase of elongation. Carbon black aggregates break down with the increase of elongation. It is concluded that there are two types of cavitations in carbon black loaded rubber vulcanizates.

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Available abstract

Abstract The morphological change of pure and carbon black loaded butyl rubber vulcanizates with elongation was studied by an electron microscopical method. The main noticeable observations were as follows. The number of cavities increases with the increase of elongation. The shape of cavities grows into longer spindle one with the increase of elongation. Carbon black aggregates break down with the increase of elongation. It is concluded that there are two types of cavitations in carbon black loaded rubber vulcanizates.

Key concepts: Elongation, Carbon black, Natural rubber, Materials science, Composite material, Carbon fibers, Ultimate tensile strength, Composite number

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