The application discloses a latex
protein eliminating device and method, and relates to the technical field of latex
product processing equipment. The device comprises a rack, a cover fixed on the rack, a centrifugal module for eliminating most
protein degradation fragments in latex
enzyme solution, and a conical
rotating drum fixed at one end of the centrifugal module. The device further comprises a plurality of
slag discharge sleeves uniformly distributed on the outer side of the conical
rotating drum. A spiral unloader in the centrifugal module discharges the
protein degradation fragments generated after separation from the
slag discharge sleeves. Each
slag discharge sleeve is provided with a blockage removal and discharging
assembly. The centrifugal module and the blockage removal and discharging
assembly cooperate with each other. When the centrifugal module works, the conical
rotating drum rotates at a high speed. The spiral unloader pushes the separated
protein degradation fragments to the slag discharge sleeves. The blockage removal and discharging
assembly performs real-time rotary
cutting and pushing on the blockages possibly formed in the slag discharge sleeves, ensures the smoothness of the slag discharge channel, and improves the separation efficiency of the centrifugal module.