Stevia Drying Machine

Stevia Drying Machine is a continuous large-scale hot air drying equipment, which uses stainless steel mesh for material transfer, pure hot air provided by the conversion furnace as the drying medium, and exchanges heat with the forsythia in the oven to process and dry materials. It has the advantages of small footprint, high drying quality, low cost, and fast speed.

Characteristics of drying equipment:

1. Short cycle, high output, clean drying process

The multi-layer belt style forsythia drying equipment adopts a multi-layer structure, with a large drying area, and can achieve large-scale continuous production. The combustion air and the hot air entering the oven are two separate parts, and all the substances formed by combustion are discharged from the air without contaminating the contents inside the box, meeting the export hygiene standards.

2. Uniform and sufficient heat and mass exchange, fast processing

The processed material is transported by a multi-layer mobile stainless steel mesh belt, and the hot air flow passes through the mesh belt and its material layers from bottom to top. The multi-layer circulation flips and dries layer by layer, with uniform and sufficient heat and mass exchange, high production efficiency, and good product quality

Product introduction

Konjac dryer is a dynamic-drying multi-layer mesh belt dryer. Konjac dryer through the air supply system to the air according to
the material drying process requirements into the drying room.
At the same time, the Konjac through the automatic laying device, cleaning machine, slicing machine, lifting machine into the
drying room, and in the drying room along the horizontal direction to do section rotation, do "S" shaped operation, while the hot air vertically through the material, high heat transfer efficiency, so as to achieve the purpose of drying konjac pieces.

Working principle

The material is placed on the conveyor belt, and after passing through the material equalization device on the
conveyor belt, it is flattened on the mesh belt of the dryer. A material guide and a reversing device are arranged between the layers, so that the bergamot piece is fully in contact with the heat carrier: it flows out from the last layer. The heat carrier is introduced into the dryer by the fan. The wind speed and wind pressure generated by the induced draft fan make the heat carrier fully and evenly spread on the bottom of the dryer. Since the lower pressure is greater than the upper pressure, the heat carrier moves upward and passes through Each layer of mesh belt makes the material fully contact with the heat carrier to improve the drying efficiency.