Because the blades in the hollow blade dryer are similar to ship slurry, this type of machine equipment is also called a paddle dryer. At the same time, this is an environmentally friendly and energy-saving drying equipment, which can greatly reduce the damage caused by air carrying away some of the heat generated, thereby improving the thermal efficiency of the drying machine.
The material can be fed into the machine through a feeder, and at the same time, it will be transported to the drying chamber. And warm air can enter the dry room through the blades, and the materials will come into sufficient contact with the air. Subsequently, the machine will begin to dry out the materials. During this process, the moisture in the material will evaporate into vapor and be discharged through the air outlet. Secondly, the collector in the machine will collect materials for drying.
At the same time, using indirect heating for material processing can reduce environmental pollution to the materials. And the blade shaft in the machine has a low rotational speed, which will not damage the shape of the new product and has excellent dryness. Therefore, more and more factories will use this machine for daily processing.
1. Driving force of dryness and restlessness. The driving force can be regarded as a key factor in the high drying efficiency of the hollow blade dryer. The higher the driving force, the faster the production and processing. The key is to focus on the flowability of the drying material and the flow driving force of the dried medium inside the dryer, increase the number of machine rotations, and control the key environmental temperature.
2. Improving the dry load capacity and enhancing the compressive strength of machine materials is a very simple matter for Bin Da drying. It is about expanding the burden of raw materials in the dryer. The machine must have good quality, good heat dissipation function, and discharge rate. The discharge layer surface should not only consider the smoothness of the machine, but also pay attention to the products adhered to the inner cavity, which can improve the discharge rate and reduce the difficulty of machine cleaning.
3. It is necessary to study the internal structure of the Binda drying machine and maintain a compact structure. In terms of cleaning and maintenance, Binda drying will have a very good improvement, improving machine performance, smooth operation of components, lower machine damage, and lower energy consumption. These are the key factors that should be considered to improve the drying of Binda drying machines.
