The Essential Role of the Silo:
Safeguard Your Mixing Machine
At the heart of any concrete mixing plant's production line lies the indispensable mixing host, known as the forced mixer. Crucial to this powerful machine's operation is the mixing shaft. To ensure the longevity and efficiency of this critical component, our cutting-edge mixing plant employs advanced secondary mixing technology. This innovative approach permits aggregates to patiently reside within the silo while the powder seamlessly blends with water. Once perfectly mixed, the aggregate is introduced. The interior of a concrete mixer is an engineering marvel, featuring twin mixing shafts adorned with mixing arms and blades. Direct introduction of aggregates can exert substantial impact forces on these components, accelerating wear and tear. This non-productive wear diminishes the service life of the concrete mixer. Our technology minimizes such impact, ensuring your mixer operates at peak performance for longer.
Boost Production Efficiency
The strategic placement of intermediate silos in concrete mixing plants is primarily driven by the observation that aggregate batching often surpasses the speed of powder and water batching. Hence, these transition silos serve as essential buffers, facilitating seamless powder and water batching. Predominantly seen in large-scale mixing plants, these silos enable a harmonious production flow. Conversely, smaller mixing plants employing hopper elevators operate without intermediate silos, allowing aggregates to rest in the lifting hopper. Given the aggregate's substantial weight, it naturally settles at the bottom. Introducing aggregates first can hinder the uniform mixing of concrete, extending the mixing cycle and diminishing overall efficiency. By prioritizing the addition of powder and water, optimal blending with aggregates is achieved, ultimately elevating mixing efficiency to new heights.
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