▎ 摘　　要

NOVELTY - The utility model claims a graphene heat conducting film continuous processing device, comprising a vacuum cover body, the vacuum space of the vacuum cover body is provided with a unreeling device, a winding device and a conveying belt tensioning connected between the unwinding device and the rewinding device, the conveying belt is placed on a plurality of graphene foam film blocks, further comprising a first pressing roller, the second pressing roller, the first pressing roller and the second pressing roller are set oppositely and form a gap between the two; the conveying belt passes through the gap. The utility model is capable of reducing the thickness of the graphene foam film block by rolling and pressing, at the same time of improving the density, it also can fully utilize the vacuum environment and pressure difference in the graphene foam film block to realize the effective exhaust of the graphene foam film block, without needling processing in the existing technology, namely the technical solution of the utility model is capable of continuously producing high density graphene heat conducting film at one side exhaust while reducing thickness and increasing density in the rolling process. .