1. The heat pump
codonopsis dryer produces no harmful substances or gases to the environment or the dried material during the drying process. Its operating costs are 30% to 60% of those of conventional drying equipment. Furthermore, the heat and electricity are separated, harming both humans and the environment.
2. The equipment's control instrumentation utilizes high-precision digital sensors that accurately detect temperature and humidity. Multiple temperature ranges can be set to complete the entire drying process, and parameters can be modified at any time, providing precise control and easy operation.
3. The air-source codonopsis dryer features a touchscreen digital display, drying program settings, and program memory. Built-in protection measures include overload, overheating, phase loss, overtemperature, overpressure, low pressure, and refrigerant shortage protection, eliminating the risk of electrical leakage, explosion, or fire.
4. Fully automatic, hands-free operation with intelligent control. Comfortable and convenient, it features a high degree of automation and intelligence, with automatic constant temperature and humidity control devices, enabling 24-hour continuous drying operations.
5. The Codonopsis pilosula drying and dehumidification unit features time-slot programming, enabling medium- and high-temperature drying, cold drying, and constant-temperature dehumidification drying to meet the drying requirements of diverse materials across various industries.
6. Innovative dehumidification functions, exhaust heat recovery, fresh air pre-dehumidification, and refrigerant supercooling and superheating technology utilize advanced and scientific principles to provide a more optimal drying environment and parameters for the dried materials, ensuring that the dried materials meet the highest standards for color, flavor, and quality.
7. The Codonopsis pilosula dryer utilizes a heat-insulating circulating convection drying method with a staged drying process, resulting in a more uniform temperature within the drying chamber, faster drying speeds, and evenly distributed heating of the Codonopsis pilosula, resulting in better and more stable quality.
8. This intelligent device integrates dehumidification, heating, cooling, exhaust, and ventilation, making it a new type of energy-saving and emission-reducing drying equipment.
