Elastomers are materials showing exceptional elasticity and are used for numerous applications. However, their low stiffness as well as their insulating behavior can be limiting so the incorporation of graphene-based materials can help and improve drastically their properties. With high Young's modulus, high electrical and thermal conductivities, graphene and graphene-like fillers seem ideal fillers to effectively tune elastomers properties. With low graphene-like loadings, most elasticity properties of elastomers could be preserved while increasing or adding new properties to the composites to enable new applications. Herein, we focus on the effects of “graphene” incorporation into elastomers and we will highlight the key parameters to effectively monitor the changes.

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含“石墨烯”填料的弹性体复合材料的制备与性能研究进展

弹性体是显示出优异弹性的材料，并且被用于许多应用。但是，它们的低刚度及其绝缘性能可能会受到限制，因此掺入石墨烯基材料可以帮助并极大地改善其性能。具有高的杨氏模量，高的电导率和导热率，石墨烯和类石墨烯的填料似乎是有效调节弹性体性能的理想填料。在低石墨烯样负载下，可以保留弹性体的大多数弹性，同时增加或增加复合材料的新性能以实现新的应用。在本文中，我们重点介绍“石墨烯”掺入弹性体的效果，并将重点介绍有效监控变化的关键参数。