Working Principle
  Material enters the machine through the feed inlet. Under the action of vibration, the material is thrown forward along the horizontal fluidized bed, moving continuously. Hot air passes upward through the fluidized bed to exchange heat with the wet material. The moist air is dedusted by a cyclone separator and then discharged through the exhaust outlet. The dried material is discharged through the discharge outlet.

Structure Diagram

Applicable Materials
   Suitable for drying, cooling, and other operations of powdery and granular materials in industries such as chemical, pharmaceutical, food, dehydrated vegetables, grain, and mining. Examples: citric acid, monosodium glutamate, borax, ammonium sulfate, compound fertilizer, radish, silk, soybean meal, distiller's grains, seeds, slag, granulated sugar, etc.
Performance Features
◎ The vibration source is driven by a vibration motor, offering stable operation, easy maintenance, low noise, and long service life.
◎ Uniform fluidization with no dead zones or blow-through, ensuring even drying and cooling of the product.
◎ Good adjustability and wide applicability. The material layer thickness, movement speed inside the machine, and full amplitude can all be steplessly adjusted.
◎ Minimal damage to the material surface, suitable for drying fragile materials, and effective even with irregular particle shapes.
◎ Fully enclosed structure effectively prevents cross-contamination between material and air, maintaining a clean working environment.
◎ High mechanical and thermal efficiency with excellent energy-saving effect, saving 30-60% energy compared to conventional drying equipment.

Technical Specifications

★The above evaporation capacities are the maximum values.