The vibratory fluidized bed unit is a highly efficient heat treatment equipment, especially suitable for the handling of powders, crystalline products, and granulated or extruded materials. The core advantage is the close contact between the fluidized air and the product, resulting in efficient heat and mass transfer.
For the rocking fluidized bed unit, its unique shaking motion allows the machine to operate continuously and is particularly suitable for materials with a wide particle distribution and viscousity. This shaking design significantly improves the fluidization and conveyance of material in the vibratory fluidized bed. In addition, the unit can withstand dry gas temperatures of up to 750°C and product temperatures of 400°C, making it excellent in high-temperature processing processes.
Static fluidized bed units are available in continuous and batch versions, and are particularly suitable for materials that are more uniform and less likely to aggregate. For scenarios that require deeper heat treatment, an immersion heat exchanger can also be installed in a static bed. This heat exchanger not only transfers energy through fluidized air, but also through the heat exchanger itself, significantly reducing the size of the device and limiting the exhaust volume, improving the overall heat treatment efficiency.
In summary, the vibratory fluidized bed unit has become one of the important equipment in the field of industrial heat treatment due to its efficient heat treatment and mass transfer performance, as well as its flexible application for different material characteristics. Whether it is a shaking fluidized bed or a static fluidized bed, they can exert excellent performance in their respective application scenarios to meet the needs of different industrial production.