Slag Discharge Conveyor Drum

The slag discharge drum is usually installed at a specific position on the conveyor to promptly remove impurities during the material conveying process. When the material passes through the slag discharge drum, the rotating motion of the drum will separate the impurities mixed in the material and discharge them out of the conveyor system. This design not only improves the purity of the material, but also reduces the wear and tear of impurities on the conveyor, extending the service life of the equipment.

The slag discharge drum is used at the direction changing drum of the belt conveyor to prevent the conveyed material from pressing and wearing the tape, improve the service life of the tape, and have a good cleaning effect on the material stuck on the tape. The slag discharge drum adopts a unique design structure, and automatic welding equipment is used for welding. The welding quality is good and the strength is high. The product undergoes medium temperature annealing treatment to eliminate stress, resulting in low residual stress and long service life. It is particularly suitable for the various reversing drums of material mines, steel raw material plants, dock material yards, power plants, and material yard bucket wheel reclaimers. When there is a large amount of material on the return tape, the material can be discharged from the return tape.

The Important Role Of Slag Discharge Drum In Conveyor

1.Improve material purity: The slag discharge drum can effectively remove impurities such as stones, metal fragments, etc. from the material, thereby improving the purity of the material. This is crucial for subsequent processing and product quality.

2.Protect the conveyor: The presence of impurities can accelerate the wear of the conveyor and even cause malfunctions. The slag discharge drum can promptly remove these impurities, reduce damage to the conveyor, and extend its service life.

3.Improve conveying efficiency: By eliminating impurities, the slag discharge drum can ensure smooth material conveying, thereby improving overall conveying efficiency.