The disc continuous dryer is a highly efficient conductive continuous drying equipment. Its unique structure and working principle determine that it has the characteristics of high thermal equivalent efficiency, low energy consumption, small footprint, simple configuration, convenient operation and control, and good operating environment. It is widely used in chemical, pharmaceutical, pesticide, food, Drying operations in industries such as feed and agricultural by-product processing.

Product performance characteristics

⑴ High thermal efficiency. The disc continuous dryer is dried by conduction and heat transfer. During the drying process, only a small amount (or no) of air is introduced into the dryer, and the amount of tail gas carried is very small, so its thermal efficiency can reach more than 65%.

    ⑵ Low power consumption and low noise. Because the material layer is very thin during the drying process, the spindle speed is low, the power required by the material conveying system is small, and the power consumption is very small. The power consumption of the whole drying device is only 1/5-1/7 of the power consumption of the convection heat transfer device. , and the noise is very small.    

    ⑶ Less material damage. During the drying process, the material is slowly pushed or pushed by the rake blades in the drying plate, and the material particles wear little to each other, so the particle shape of the material does not change before and after drying, and the damage rate is extremely low, especially without affecting the crystal. The surface quality of the material.  

    ⑷ The material is heated evenly. During the drying process, the material rolls along the Archimedes spiral trajectory in the drying plate, and the distance traveled by the material is 5 times the radius of the drying plate, and it falls layer by layer. Therefore, the contact time of the material with the heating plate is basically the same, and the heating is very uniform. .     

    ⑸ Small material loss and good environmental protection. During the drying process, the material goes in and out from the top, and the distribution of the material is wet at the top and dry at the bottom, and the gas flow rate of the drying exhaust is extremely low (about 0.1 m/s), so it is difficult for the material dust to float to the top of the equipment, and it will not be carried by the exhaust gas. Walking, not only does not lose materials, but also does not pollute the environment.

⑹ Easy to recover solvent. The main component of the tail gas discharged from the dryer during the drying process is methanol, and the flammable, explosive and toxic methanol can be recovered conveniently through the condensation recovery device.

⑺ Simple structure, small footprint, easy to operate. Due to the small amount of tail gas discharged from the dryer during the drying process and almost no material dust, there is no need to configure dust removal equipment that occupies a large area and is complicated to operate.