Product Introduction
In order to adapt to the large-scale production of honeysuckle, based on the drying characteristics of honeysuckle and years of debugging experience, a honeysuckle belt dryer has been designed and produced, greatly improving the drying efficiency and achieving large-scale streamlined production of honeysuckle.
The honeysuckle dryer and withering machine form the honeysuckle processing production line. In the honeysuckle dryer production line, in addition to the dryer, there are also feeding conveyors, motors, belt conveyors, discharge conveyors, heat source equipment, etc.
The machine has a simple structure, easy operation, saving labor and energy. The drying process is hygienic and environmentally friendly, with mechanical dehumidification and automatic material laying. Due to the mesh like structure of the conveyor belt, this equipment is suitable for drying materials of various shapes& nbsp;
Product Features
1. The equipment has a high degree of automation, strong compatibility, stable performance, and reliable use& nbsp;
2. Good drying quality preservation and short drying cycle;
3. Pure hot air automatic circulation, temperature self-control, uniform hot air, saving energy;
5. There are various options for heat sources such as coal, biomass pellets, natural gas hot blast stoves, and air source heat pumps.
4. Flow production, saving labor and effort, flexible and convenient operation, and wide adaptability.
Working principle;
When the honeysuckle dryer dehydrates and dries honeysuckle, the honeysuckle with high humidity is transported to the drying box through a belt conveyor. At this time, the heat generated in the combustion furnace enters the cylinder from the same end and comes into contact with the high humidity material, causing the surface moisture to evaporate and dry.
As the honeysuckle dryer operates, the honeysuckle in the box continuously moves forward on the mesh belt. The box adopts a multi-layer mesh belt structure, and the honeysuckle moves forward and falls layer by layer under the drive of the transmission device, flipping over; There are material guiding devices between layers to prevent the material from falling off. Due to the multiple drops and flips of the material inside the box, the heating surface changes and the material is uniformly heated, avoiding uneven drying.