4.1The air intake adopts a dual-channel tangential design to ensure dynamic balance of airflow and prevent material accumulation.
4.2Install a water jacket to prevent coking and discoloration of heat-sensitive materials.
4.3The main tower is equipped with swirl vanes to effectively control the final moisture content and fineness of the finished product.
4.4The dry airflow enters the bottom of the drying chamber, generating a strong rotating airflow that produces a powerful scouring and carrying effect on the material on the chamber walls, eliminating the phenomenon of wall adhesion.
4.5The discharge uses a rotary airlock and a flexible connection with vibration to prevent material accumulation in the collection system.
4.6This system operates under negative pressure to prevent leakage, spillage, dripping, and seepage.
4.7Set the sewage outlet for easy cleaning.
4.8This machine is equipped with a special feeder, which resolves the bridging and clogging issues of the filter cake, allowing materials to be added into the dryer uniformly, quantitatively, continuously, and stably. It solves the problem of difficulty in feeding paste-like materials.
4.9The key components of the dryer are easy to replace, and the critical control parameters are adjustable to modify the material residence time, accommodating the drying needs of various types of materials.