High Temperature Stainless Steel Belt IR Dryer Machine IR Continuous Belt Dryer Machine

Introduction:

Continuous belt dryer is a machine for batch and continuous production. The main heating ways are electric heating, steam heating and hot wind heating. Materials evenly spread on the mesh belt by the feeder. The mesh belt is made of stainless steel of 12-60mesh and it moves inside the dryer dragged by the transmission device. The dryer consists of numerous units with independent circulation for each unit. Some end gas is exhausted by wet exhaust fan and the waste gas is controlled by the adjustment valve. Hot gas passes through materials and takes away moisture by heating and drying. The speed of the mesh belt is adjustable according to the temperature of materials. Finished products will continuously fall into the material collector. Upper and lower circulation unit is selective according to consumers’ needs, so is the number of units.

Feature 

1. The continuous belt dryer is compact and easy for operation.
2. Double-pitch roller chain driving and circulating drying ensures steady and stable operation.
3. Drying temperature and time is precisely controlled which results in perfect drying effect.
4. The continuous belt dryer is designed with efficient energy saving system and heat distribution system, which ensures materials can be heated evenly at low energy consumption and high output operation conditions.
5. The belt drying equipment provides uniform air velocity and temperature distribution. So, there is no need for diffuser plates.

How it works?

When the equipment running, the microwave is first generated by the microwave generator, and the feeding device is input into the microwave heater; the material is sent to the microwave heating chamber by the transmission system, and the moisture in the material is heated and evaporated under the action of the microwave energy, and the water vapor passes. The dehumidification system is eliminated to achieve the purpose of drying. The bacteria in the material are killed by the biological and thermal effects produced by the microwave electromagnetic field. Since the microwave acts directly on the material, the drying temperature is low and the speed is fast, and the loss of the active ingredient in the material is small.