1、 Equipment Overview:

Mesh belt dryer is a commonly used continuous drying equipment It usually consists of a material conveying mechanism and one or several separate drying chambers The material is driven by the conveying mechanism to move inside the drying chamber, and hot air penetrates the material layer, causing water to evaporate and achieve the purpose of drying Each drying chamber consists of a box, heating system, hot air circulation fan, exhaust system, etc

2、 Technical features:

Based on our years of experience and absorption of advanced technology, our company has improved the principle and structure of the original belt dryer to better meet the material requirements of belt drying; It mainly has the following characteristics:

1. The hot air crosses the material from bottom to top and from top to bottom, increasing the contact area between the material and the hot air, improving the drying speed, and ensuring uniform drying of the material from top to bottom.

2. The biggest advantage of using this structure next to the heater with the machine is that:

A. The drying air temperature is easy to control, which is extremely important for drying different types of materials;

B. The air temperature throughout the box is relatively uniform to avoid the phenomenon of local high temperature;

C. The heater is easy to maintain;

D. Install a dust blocking filter screen on the inlet side of the heating heater and clean it regularly to prevent impurities carried by the circulating hot air from entering the heater, causing combustion pollution, etc;

3. The dehumidification pipeline is set at the location with the highest humidity of the hot air to achieve the best dehumidification effect, reduce heat loss, and improve system thermal efficiency.

4. The entire interior of the equipment is fully welded, ensuring that there is no air leakage between the machine and the outside during operation, and ensuring easy cleaning of the equipment and no water leakage in the insulation layer, ensuring the cleanliness of the dried items every time.

5. A fully enclosed structure can be used to ensure that materials are not contaminated, improve thermal efficiency, and enhance working conditions

6. By using a unique internal air supply device (such as a split hood and suction hood structure), the relative velocity between the material and hot air is increased, the drying speed is increased, and the uniformity of hot air distribution is ensured, resulting in uniform and consistent drying of the material

7. There is a maintenance door on one side, which allows easy access to all components in the drying room and facilitates cleaning of the interior of the host

8. There are a total of 5 drying units in this unit, and the hot air in each unit circulates from bottom to top. The temperature is highest at the bottom and lowest at the top. The dehumidification is arranged on the top layer with the lowest temperature and highest humidity, which is conducive to energy conservation. The temperature can be independently and automatically controlled through a thermal resistor, and both have digital displays, greatly improving the operability of the equipment.

9. All key components are made from well-known domestic and foreign manufacturers to ensure the long-term normal operation of the equipment

10. The mesh belt speed adopts electromagnetic speed regulation, with a wide adjustable range. The mesh belt line speed can be intuitively displayed on the electrical control box and can effectively control the final moisture content of the material.

11. All air inlets are equipped with medium efficiency filters to ensure clean air intake.

12. All circulating fans are centrifugal fans, which have low energy consumption, high pressure head, and high hot air penetration rate.