High Efficiency

The positive pressure air separator is a device that relies on aerodynamic principles to efficiently physically separate mixed materials according to differences in density and specific gravity through controllable positive pressure air flow.

Based on aerodynamics and negative pressure control technology, the negative pressure air separator realizes precise separation of light and heavy materials by utilizing the differences in material density and suspension speed.

An eddy current separator is a magneto-electric mineral processing device that utilizes the principle of electromagnetic induction to separate non-ferrous metals (such as copper and aluminum). Rather than relying on physical screens, it efficiently separates metals from non-metals (such as plastic, rubber, and glass) using “magnetic forces,” making it a “metal catcher” in the field of solid waste recycling.

During the fluidization process, granular materials undergo particle and density segregation. By adjusting technical parameters such as air pressure and amplitude, the materials are caused to intermix, resulting in stratification. Materials with higher specific gravity settle to the bottom, while those with lower specific gravity rise to the top. Once the material enters the discharge zone, the materials of different specific gravities are discharged from different locations as required to achieve the purpose of separation.