The mint leaf drying machine adopts a multi-layer mesh belt structure and is equipped with an automatic feeding and discharging device; just put the mint leaves into the feeding port, set the drying parameters, and the mint leaves are transported by the feeding conveyor to the inside of the dryer. The automatic drying process can be started. After the multi-layer mesh belt is turned over and dried, the dried mint leaves are sent out from the discharge port. The intelligent temperature control system configured inside can accurately control the temperature and ensure the drying quality of the mint leaves.
How the mint leaf dryer works
The mint leaves enter from the upper layer, and the thickness of the mint leaves is controlled by the automatic spreader. Driven by the mesh belt, the mint leaves move from the upper layer to the lower layer. During operation, the mint leaves fall down many times, so that the mint leaves are turned more thoroughly and dried more evenly. The dried mint leaves are discharged from the discharge port of the bottom layer, and fully contact with the high-temperature hot air during this process to achieve the drying effect.
Mint dryer advantages
Precise temperature control, high drying quality;
Detachable design, easy to transport and install;
High degree of automation, labor-saving and labor-saving;
Mesh Belt Dryer Parameter
|Mesh belt width
Mint Dryer Features
Large air volume design of circulating air; more uniform drying and shorter time
High degree of automation, using automatic temperature control device, 24-hour continuous drying operation
Zero emission, no pollution: no combustion and emissions, it is a sustainable and environmentally friendly product.
It is very power-saving, using a small amount of electricity to generate a large amount of heat energy by absorbing the heat in the outside air.
One machine is multi-purpose, and can dry all kinds of medicinal materials: motherwort, salvia, wolfberry, sand ginger, yellow gardenia, fat sea, mangosteen, tangerine peel, cinnamon stick, dandelion, etc.