Brief: This video provides a detailed walkthrough of the MW880 Micro Powder Grinding Mill, showcasing its operation from raw material intake to final powder packaging. You will see how the integrated system, including the crusher, elevator, and separator, works to achieve a superfine output of 4500-400 kg/h. We demonstrate the grinding process inside the mill and explain how key components like the pressure spring and analytical machine ensure consistent particle fineness.
Related Product Features:
Delivers a high-capacity output ranging from 4500 to 400 kg per hour for efficient ore processing.
Features a robust grinding mechanism with rollers pressed by high-pressure springs for effective size reduction.
Includes a frequency conversion separator that allows precise control over the fineness of the final powder.
Operates with significantly lower energy consumption, using about one-third the power of comparable airflow mills.
Accepts feed material sizes up to 20mm and processes them directly into ultrafine powder in a single pass.
Equipped with an overlapping multi-stage seal for enhanced operational safety and minimal dust leakage.
Comes as a complete system with auxiliary equipment like crushers, elevators, and packing machines.
Ensures compliance with national dust emission standards through its effective integrated dust collection system.
FAQs:
What is the processing capacity of this micro powder grinding mill?
The mill has a processing capacity ranging from 4500 kg/h down to 400 kg/h, making it suitable for various production scales in ore grinding applications.
How does the mill achieve such fine powder output?
Fineness is controlled by an analytical machine with an adjustable impeller speed. The grinding rollers, pressed against the ring by high-pressure springs, roll and rotate to pulverize the material to a superfine consistency.
What auxiliary equipment is included with the main grinding mill unit?
The system can be configured with a hammer crusher, elevator, belt feeder, storage bin, cyclone collector, screw conveyor, packing machine, and an electrical control cabinet for a complete production line.
How energy-efficient is this grinding mill compared to airflow mills?
This high-pressure micro powder mill is highly energy-efficient, consuming only about one-third of the energy used by a traditional airflow mill to achieve the same output and fineness.