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Research on Bisphenol AF/BPP Cure System of Fluorine Rubber

Tao Zhuang

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Abstract

The effect of the levels of bisphenol AF and BPP and the cure temperature on the cure characteristic of fluorine rubber was investigated. The results showed that the levels of bisphenol AF and BPP mainly influenced the crosslink density and cure time, and processibility as well. With the increasing of cure temperature, the scorch time and optimum cure time decreased, but the crosslink density had a tread of decreasing.

About this research paper

What this paper is about

The effect of the levels of bisphenol AF and BPP and the cure temperature on the cure characteristic of fluorine rubber was investigated. The results showed that the levels of bisphenol AF and BPP mainly influenced the crosslink density and cure time, and processibility as well. With the increasing of cure temperature, the scorch time and optimum cure time decreased, but the crosslink density had a tread of decreasing.

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Available abstract

The effect of the levels of bisphenol AF and BPP and the cure temperature on the cure characteristic of fluorine rubber was investigated. The results showed that the levels of bisphenol AF and BPP mainly influenced the crosslink density and cure time, and processibility as well. With the increasing of cure temperature, the scorch time and optimum cure time decreased, but the crosslink density had a tread of decreasing.

Key concepts: Bisphenol A, Natural rubber, Cure rate, Materials science, Composite material, Tread, Bisphenol, Fibre-reinforced plastic

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