I. Purpose
Airflow sieving machines are widely used in the production of light calcium carbonate and activated calcium carbonate. They are also suitable for the screening and classification of powdered materials such as talc powder, zinc powder, starch, fly ash, and Chinese herbal medicine.
II. Working Principle and Characteristics
The airflow screening machine employs a flexible dispersive feeding process, utilizing high-speed air currents as a carrier. Under sealed conditions, the high-speed airflow causes the powder material to form a boiling and atomized state. In a negative pressure environment where particles settle and rise, they pass through a screen that meets the production process requirements, thereby completing the classification and sieving of the powder material.
This machine screens powdered materials with excellent performance and features the following characteristics and advantages:
1. High Efficiency: High screening efficiency and large output.
2. Precision: High precision in fineness, adaptable to a wide range of fineness levels; no occurrence of oversized or mixed-grade particles.
3. Environmental protection: The main structure of the screening machine is enclosed, using air as the medium and relying on airflow kinetic energy to operate, resulting in minimal dust pollution.
4. Energy-saving: Suitable for continuous operation;
5. Convenience: The airflow sieve is easy to maintain, saving time costs and maintenance expenses during production.
III. Main Technical Parameters