1. Large processing capacity, strong overload resistance, high thermal efficiency, heat consumption reduced by about 20%, directly reducing drying costs. The transmission gears use pin-type replaceable gears, replacing traditional cast steel gears, saving cost investment, and greatly reducing maintenance costs and time.
2. In order to achieve better drying effect during design, the downstream drying method is adopted. The material and heat source airflow enter the drying equipment from the same side. The dryer outlet temperature is low and the thermal efficiency is high.
3. Innovation has been achieved in the internal structure, which strengthens the cleaning and heat conduction of dispersed materials and eliminates the sticking phenomenon on the inner wall of the cylinder.
4. The use of new feeding and discharging devices eliminates the phenomena of slag dryer feeding blockage, discontinuity, unevenness and return of materials, reducing the load of the dust removal system for you. The equipment has made many technical innovations in the lifting device system, especially the use of a new multi-combination lifting device to overcome the "wind tunnel" phenomenon of traditional dryers.
5. It can meet the requirements of different users for the particle size and moisture content of slag materials after drying.