The Essential Role of the Silo:
Ensure Protection for the Mixing Machine
At the heart of a concrete mixing plant's production line lies the mixing host-a crucial forced mixer. Central to this forced mixer is the mixing shaft. To ensure the longevity and efficiency of the mixing shaft, our advanced mixing plant employs cutting-edge secondary mixing technology. This allows aggregates to patiently wait in the silo while the powder integrates harmoniously with water. Only then is the aggregate introduced, safeguarding the mixer's interior, which features dual mixing shafts, each adorned with robust arms and blades. Direct entry of aggregate into the mixer would exert excessive impact on these components, hastening non-working wear and inevitably shortening the mixer's lifespan.
Boost Production Efficiency
The strategic incorporation of intermediate silos within the production line of expansive concrete mixing plants is primarily due to the fact that the efficiency of aggregate batching frequently surpasses that of powder and water batching. Enter the transition silo-a facility that ensures seamless batching synchronization of powder and water, indispensable for large-scale mixing plants. In contrast, smaller plants might utilize a hopper elevator without an intermediate bin, where aggregates rest in the lifting hopper. Notably, due to their substantial weight, aggregates naturally settle at the bottom. Adding aggregates initially can impede uniform concrete mixing, prolonging cycles and diminishing mixing efficiency. Conversely, by prioritizing the addition of powder and water, the mix enhances overall aggregate integration, thereby elevating mixing efficiency to new heights.
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