Drying Ovens
Drying Ovens
The main objective of drying is to increase the life of the product and the material. Drying is a temperature control application that allows the moisture in the material to evaporate.
Depending on the input humidity of the product to be dried and the desired humidity at the exit, the number of floors and the heat exchanger design to be added to the parallel floors will differ with the numbers.
On the upper floors, the heat exchanger is heated with steam. With the help of the heated heat exchanger, the heated air comes into contact with the product and drying is carried out. Each floor is exposed to hot air in order to reach the desired humidity. On the lower floors, drying is provided with air at ambient temperature. Here, too, the drying method takes place only on the lowest floor. In some applications, the air passing through the heat exchanger is supplied from the outside environment, while in others, the heated air after the cooling method is passed through the heat exchanger.
| Features: | Usage areas : |
| Transparent control window | It is used in cooling of processed granule products and in feed pelleting lines. |
| High yield capacity | Versatility |
| Temperature and level indicator | The cooling fan can be replaced by speed control due to the ambient temperature. |
| Air lock system and effective cooling | The evacuation system is monitored by level and temperature sensors. |
| Homogeneous product dispenser system | The opening and closing positions for the evacuation system can be adjusted manually or remotely. |
| Product discharging system with grid model and motor | The discharge system in the cooler is suitable for all types of pellets and is clean as there is no product left after it is completely discharged. |
| Easy assembly with modular body | |
| Robust design with minimal damage and long life | |
| Low energy consumption | |
| Optimum pellet moisture content | |
| Optimal process control |
