Do you know the performance characteristics of electromechanical integrated feed machinery?

At present, there is an electromechanical integrated feed machinery that is more popular among consumers - a single-shaft ribbon mixer. The equipment is mainly used for mixing various dry powders measured in proportion. From the perspective of its application, it can be used in small livestock farms, pig farms, chicken farms and feed processing plants to prepare compound feeds. So, do you know its performance characteristics?

Next, let's briefly introduce the main features of this feed machine. The rotor of the equipment is mainly composed of two belt spirals with opposite driving directions. Compared with other similar equipment, its stirring ability is very strong, and in the process of stirring, the required time is relatively short, and the work High efficiency and ideal mixing effect.

After the mixing process, there is very little residual material, and there is no problem of material leakage during the mixing process. So, what are the components of the single-shaft ribbon mixer? In fact, the main components of the feed machinery include: the main engine, the transmission mechanism, the rotor, the casing, the discharge door, the discharge control mechanism and the liquid addition system. The main machine is made of carbon steel, and there are two feeding ports on it.

Among these two different feeding ports, one of the feeding ports is the main feeding port, and the other is the auxiliary feeding port. In addition, one side of the body of the uniaxial ribbon mixer of the feed machinery adopts the hollow sandwich structure design of the inner and outer wall panels. In this way, in the process of feeding and discharging, gas and dust will not overflow outside the machine.

Under normal circumstances, when we carefully measure various raw materials, they will be put into the single-shaft ribbon mixer from the feed port according to a certain proportion. Under the driving action of the motor, the rotor will rotate. , thereby driving the material to turn over. Then through the continuous turning, convection and shearing of the feed machinery, the material is finally mixed evenly.