Iron powder rotary dryer

The iron powder dryer is specifically designed for drying iron powder, iron filings, steel filings, copper filings, and other processed materials. It simultaneously removes oil and dries the material. This dedicated iron powder dryer occupies a small footprint, offers stable performance, and is energy-efficient.

[Feed Size]: <= 50mm [Processing Capacity]: 10-80t/h

[Applications]: Construction and building materials, casting, smelting, chemical, and other industries

[Applicable Materials]: Iron powder, iron filings, steel filings, copper filings, aluminum filings, copper powder, and more

Advantages

Iron powder dryer is a drying system developed and produced by our company based on traditional drum drying equipment and drawing on foreign advanced technology in order to reduce material drying energy consumption and expand production capacity. This equipment is widely used in building materials, metallurgy, mineral processing, chemical industry, cement and other industries. It can be used to dry iron powder, slag, steel slag, calcium carbide slag, clay, and iron powder materials. The system adopts a new drying process. The whole set of drying equipment is reasonably designed and well made. It has the advantages of stable performance, advanced technology, high output, low energy consumption, small footprint, and high degree of mechanization. It is suitable for drying high-humidity materials.

Principle of working 

Iron powder is first shoveled into the feeder by a forklift, then evenly fed onto a belt conveyor. It then enters the dryer through a guide pipe. Heat generated by the combustion of fuel in the hot air furnace is drawn into the main unit by the exhaust fan, where it comes into contact with the iron powder. The evenly distributed scrapers within the drying drum evenly disperse the iron powder, allowing it to fully contact the hot air, accelerating heat and mass transfer during drying and evaporating moisture. Our iron powder dryer features a sealed structure, effectively minimizing heat loss and improving thermal efficiency. The dried iron powder is discharged through a discharge hopper and transported to a designated storage location. Dust and other process waste are discharged from the upper portion of the discharge hopper and treated by a dust removal system, ensuring optimal environmental protection.

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