| Effects of Structure of Integrated Rubber on Properties of Silica Reinforced Composites |
| Received:October 14, 2017 Revised:October 14, 2017 |
| DOI： |
| Key Words: integrated rubber (SIBR); structure; silica; composite; properties |
| Author Name | Affiliation | E-mail | | Han Qing-yuan | Beijing Key Laboratory of novel polymer materials processing and forming,Beijing University of Chemical Technology | 2496647326@qq.com | | Sun Zheng | Beijing Key Laboratory of novel polymer materials processing and forming,Beijing University of Chemical Technology | | | Li Xu | Beijing Key Laboratory of novel polymer materials processing and forming,Beijing University of Chemical Technology | | | Wu You-ping* | Beijing Key Laboratory of novel polymer materials processing and forming,Beijing University of Chemical Technology | wuyp@mail.buct.edu.cn |
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| Abstract: |
| The research is about the effects of structure of integrated rubber (SIBR) on properties of silica reinforced composites. Results showed that the content of 1,4 structure(1,4-PB, 1,4-PI) and non-1,4 structure(St,1,2-PB,3,4-PI) in SIBR will affect its Tg, tanδ and vulcanization rate, thereby affecting the rolling resistance, wet skid resistance, filler dispersion, tensile properties and tear properties of silica reinforced SIBR composites. The structure of SIBR is closely related to its physical mechanical properties and dynamic mechanical properties. |
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