▎ 摘　　要

NOVELTY - The utility model claims an efficient condensing device for high performance samarium cobalt alloy, comprising a groove body formed by assembling two symmetrically arranged cover plates and two heat conducting plates jointed with the inner side wall of each cover plate, the bottom part and two ends of the heat conducting plate are butted with the inner bottom part and the inner two ends of the corresponding cover plate; the heat conducting plate comprises a graphene plate and a copper plate extruded into an integrated body; the graphene plate is jointed with the inner side wall corresponding to the cover plate along the length direction, each cover plate is uniformly provided with a plurality of horizontal through water tank through the two ends of the cover plate and the side wall contact the graphene plate from top to bottom. The utility model directly contact the water flow in the water tank and the graphene plate, and using graphene plate beneficial heat conducting performance, after the water flow through the water through groove, the heat of the alloy solution can be quickly taken away by the heat conducting effect of the graphene plate and the copper plate, so as to reach the effect of fast solidifying the samarium cobalt alloy.