Lithium-Sulfur (Li-S) batteries have attracted great attention because of their excellent capacity and high theoretical energy density. At the same time

sulfur has a serious of advantages

such as nontoxic

abundant and environmentally friendly. However

insulating property of sulfur

shuttle effect of polysulfides and volumetric expansion during charge-discharge process restricted the application of Li-S batteries. Strategies of modifying the conductive carbonbased materials and employing polymer binders were developed to solve the problems. In this mini-review

we assessed nonaqueous binders and aqueous binders and look forward to the further development of new binders.