Continuous Flour Feeding System and Storage System. The powder feeding system plays a vital role in the food industry, primarily facilitating the automated supply and processing of raw materials such as flour, milk powder, and other powdered substances. Through a series of equipment and processes, the powder feeding system ensures a stable supply of materials, reduces manual labor costs, improves production efficiency, and guarantees product quality and safety. The following details will thoroughly cover the components, advantages, and applications of the powder feeding system:
Components:
Loading Platform: Used to load raw materials into the system, typically equipped with dust control devices to minimize dust pollution.
Storage System: Designed for storing large quantities of powder, often comprising several silos that can automatically adjust the supply as needed. Storage tanks are usually customized according to different customers' requirements, ranging from 1 ton to 100 tons of storage volume.
Sieving System: Performs online sieving of the powder to remove impurities and ensure material purity. The sieving range can be set from 50kgs to 500kgs per sieve.
Drying System: Regulates the moisture content of the powder to prevent caking and other moisture-related issues.
De-Iron System: Eliminates metal impurities from the powder, ensuring food safety and equipment operation safety.
Measuring System: Accurately measures the powder supply to ensure precise ingredient ratios.
Mixing System: Evenly mixes different types of powder, enhancing product quality.
Advantages:
High Automation: The entire powder feeding process is highly automated, significantly reducing manual labor costs and workload.
Energy-Saving and Environmentally Friendly: Pneumatic conveyance and sealed pipeline design minimize dust emissions and reduce energy consumption.
Precise Batching: Automated batching ensures stability between batches, avoiding manual mismatching or omissions, and maintaining consistent product quality.
Data Traceability: An intelligent control.