Abstract
The influence of surface modification for EG, the content and the particle size of EG on the properties of HDPE/EG composite were studied by the tests of tensile strength, notched impact strength, horizontal/vertical combustion and oxygen index of the composite. The results showed that the mechanical properties and flame retardant properties of HDPE/EG composite are both improved after treating the surface of EG with coupling agent, and the mechanical properties and flame retardant properties of HDPE/EG composite after treating the surface of EG with silane coupling agent (KH-550) is better than that with titanate coupling agent (NDZ-201). With the increase of the proportion of EG, the mechanical properties of the composite were reduced while the flame retardant performance was improved. And with the increase of the particle size of EG, the mechanical properties of HDPE/EG composite decreased, and the flame retardant properties improved.
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