English Abstract

Improvement of Abrasion Resistance of Polydiene Iwakazu HATTORI Toshihiro TADAKI Elastomer Laboratory, Polymer Research Laboratories, JSR Corporation, Yokkaichi, Mie, Japan Nippon Gomu Kyokaishi,(2007),80(4),140-146 General Review in Japanese Abstract The tire test was carried out by twelve tires, which were made of various BRs and SBRs. From these results, the overpowering correlation was glass transition temperature with abrasion resistance. Sn coupled SBR reacted with carbon black (CB), and the bound rubber was increased than that of the non-modified SBR, so the abrasion resistance was improved. CB was very well dispersed in the SBR. On the case of silica filled compound, the modified SBR with Si-OR group reacted with silica, and the abrasion resistance was also improved. A method to introduce a functional group into high cis-BR was developed recently, and the abrasion resistance of the modified BR was improved. We reviewed about these functional group introduction methods and abrasion resistance. Keywords: High cis-BR, Modified BR, Modified SBR, Silica, Bound Rubber, Abrasion Resistance, Carbon Black

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