The smashing equipment comprises a smashing
machine outer shell, a turning and stirring mechanism is installed in the smashing
machine outer shell, the turning and stirring mechanism comprises a feeding port formed in the top end of the smashing
machine outer shell, and a first smashing roller is rotationally connected into the smashing machine outer shell. The swing
assembly is driven by the driving
assembly to reciprocate and ascend and descend along the lifting sliding groove, the storage box containing the
silicon carbide particle size sand is turned over in a reciprocating mode, the
silicon carbide particle size sand can be effectively prevented from being gathered through uniform swing, the adhesion or accumulation phenomenon between particles is avoided, and therefore it is guaranteed that the sand particles flow more freely in the storage box, and the working performance of the sand particles is improved; when the swing
assembly ascends and descends to slide, the coordination assembly can drive a limiting sliding block to slide in a limiting sliding groove in a reciprocating mode along with ascending and descending of the storage box, a sliding plate drives a scattering sliding column to slide to scatter the
silicon carbide particle size sand in the storage box, and the scattering sliding column can scatter the caked
silicon carbide particle size sand. Therefore,
operability and transmission efficiency of the materials are improved.