THERMAL TREATMENT

The residence time, as in any thermal exchange process, plays a fundamental role. Therefore, changing the calibration of the elastic system and the vibration parameters, (frequency, amplitude and incidence) will allow us to optimise the thermal process, also when there are variations in product flow and temperature.
The thermal exchange fluid can be air, water (or another fluid suitable for the type of process) or both.
Cooling can be achieved through direct or indirect contact with the product.
If using air, the efficiency of the thermal exchange can be increased so that the air passes through and fluidifies the product bed.
Fluidification is controlled so that it does not affect the efficiency of transport (done through vibration) and in a way that minimizes the emission of fine dust particles into the process air.