Drying and Dehumidifying System
Hopper Dryers are mainly applied to plastic material drying. Hot air is used to dry all wet materials which gain an even hot air flow to improve drying efficiency for assuring the quality of products.
Features
- 1. 3 in 1 compact dehumidifying dryers are equipped with honeycomb rotor which can acquire stable low dew-point drying air.
- 2. To integrate the function of dehumidifying , drying and two-stage conveying into single unit. Three-stage conveying function is optional.
- 3. Double-wall insulated hopper dryers features down-blowing pipe design to avoid heat dispersion for improving drying efficiency.
- 4. Feeding system is equipped with shut-off valve to ensure noremaining material in hopper tube.
- 5. Multiple safety protection device. Contact us
- 6. Optical-class models use mirror polished treatment on the material contact surface to avoid material contamination and collocate feeding system with closed-loop in order to avoid the possibility of moisture regain for absorbingoutside air during material conveying.
Application Industries
- 1. Electronics
- 2. Containers
- 3. 3C home appliances
- 4. Cosmetics
- 5. Auto parts
- 6. FMCG
Adequate supply of goods, available for delivery within 35 days.
Description
The excellence of Topstar drying and dehumidification systems⇓
Our drying and dehumidification system is highly efficient and energy-saving because it uses advanced honeycomb rotor technology and utilizes the principle of heat exchange to maximize the recovery and utilization of heat and energy in moisture. This high-efficiency energy recovery system enables the system to achieve energy-saving effects during the working process, reduce energy consumption, and reduce operating costs. At the same time, the system also adopts the blow-down pipeline design, which can evenly transmit the dry air to the area that needs to be dried. This design can effectively improve the drying effect and ensure the stability and consistency of the entire production process.
To ensure the safety of operation, we equip them with multiple safety protection devices, such as temperature sensors, pressure sensors, flow control valves, etc. These devices can monitor the working status of the system in real-time. Once an abnormality occurs, the protection mechanism will be automatically triggered to ensure the safety of equipment and operators. In addition, to avoid material adhesion and contamination, the internal surface of the system is mirror-polished to reduce friction and improve material fluidity and drying effects. The system's closed-loop feeding system can automatically adjust the feeding speed and quantity of materials to ensure the stability and consistency of materials throughout the drying process.
Model Display
