In modern powder production lines, screening often determines the “last mile” of product quality. For high-value, fine powders with strict particle size requirements, traditional vibrating sieves can no longer meet the dual demands of efficiency and precision.

　　The emergence of the airflow sieve has brought a true efficiency revolution to the industry.

　　01 Airflow-Driven Technology: Breaking Through the Bottleneck of Fine Powder Screening

　　For light, easily agglomerated, or electrostatically charged fine powders, traditional screening methods struggle with blockage, low throughput, and high material loss.

　　The airflow sieve uses high-speed airflow to disperse the powder. Under negative pressure, particles pass quickly through the mesh without clogging, enabling high-precision, continuous screening.

　　This technology allows many materials that were previously “unscreenable” to enter stable and controllable production.

　　02 High Precision, Stable Output, Broader Application

　　Pharmaceuticals, food, metal powders, chemical raw materials, new energy materials—any industry requiring strict particle size control naturally benefits from airflow screening.

　　With precision meshes and a spiral conveying structure, airflow sieves achieve micron-level accuracy while maintaining a fully enclosed process to prevent dust contamination and product loss.

　　03 Efficiency Improvement Starts with a Single Machine

　　When micron-level screening shifts from a time-consuming challenge to a stable process, production efficiency, yield rate, and cost control all experience significant improvement.

　　For companies aiming to enhance product consistency and improve quality from the source, an airflow sieve is not just a piece of equipment—it marks the beginning of an upgraded production capability.

　　Choosing a more efficient screening solution means choosing a more competitive product.