Generally speaking, a disc dryer heats the material through a heating medium, causing the moisture in the material to evaporate, which is then discharged through a moisture removal system, thus achieving the purpose of drying. In this process, the temperature of the heating medium, the thickness and speed of the material layer, the speed and angle of the drying disc, and the control of the moisture removal system are all key factors that affect the drying effect. Therefore, by comprehensively regulating these parameters, the disc dryer can control the moisture content of the material within the range of 10% to 90%. In some specific cases, such as selecting the appropriate model and configuration, as well as optimizing the operating parameters, the moisture content of the dried material can be even lower, such as reaching 0.5% or below.

In general, the disc dryer possesses strong moisture control capabilities, meeting the needs of various materials and diverse drying requirements. However, it is also important to pay attention to selecting the appropriate equipment model and operating parameters based on the characteristics of the material and drying requirements during actual operation, in order to achieve the best drying effect and economic benefits.