By utilizing servo spreading technology, the material thickness deviation is reduced to as low as ±5mm. Additionally, based on CFD computer simulation technology, the airflow structure of the dryer is optimized to ensure more uniform energy distribution inside the drying chamber. The moisture deviation is controlled within ≤±0.75%.

By utilizing multiple energy recycling mechanisms, wasted thermal energy is minimized. Independent zoning ensures the drying process aligns with the drying characteristic curve, while temperature and humidity control effectively reduces emissions. Additionally, superior insulation and sealing performance minimize energy loss caused by heat radiation, conduction, and leakage.

The direct-drive system reduces failure points, ensuring enhanced reliability. Standard stainless steel perforated conveyor plates are included, with various conveyor belt options available to meet production needs for different pellet diameters. Fault warning and interlock mechanisms effectively prevent safety incidents. The air duct cleaning system prevents carbonization and spontaneous combustion caused by powder accumulation, reducing manual cleaning frequency. For steam-powered dryers, the heat exchanger filter can be replaced or cleaned without stopping the machine, enabling continuous and efficient drying. For gas-powered dryers, 16 safety monitoring and handling mechanisms ensure combustion safety and compliance with European and American standards.

With database-based recipe management, a one-click start and stop function reduces over 80% of the steps required for operation. The intelligent control module of the dryer lowers the skill requirements for operators, making the process more efficient and user-friendly.