Welcome to the website. +86-13953285555
After the Raymond mill crushes the large pieces of raw materials to the required feed granularity, the materials are transported to the storage bin by the bucket elevator, and then sent to the grinding chamber of the host machine by the electromagnetic feeder, and then enter the grinding chamber. The materials inside are ground between the grinding roller and the grinding ring. The ground powder is brought to the analyzer by the air flow of the fan for classification. The fine powder that meets the fineness requirements is sent to the large cyclone collector through the pipe with the air flow for separation and collection. , and then discharged through the unloader to become the finished product.
The working process of the main machine is to drive the central shaft to rotate through the transmission equipment. The upper end of the shaft is connected to the plum blossom frame. The grinding roller is installed on the frame to form a swing fulcrum. It not only rotates around the center, but also the grinding roller revolves around the grinding ring. When the blade and the grinding roller rotate together, the material is shoveled and fed between the grinding roller and the grinding ring to form a cushion layer. This material layer is crushed by the outward centrifugal force (i.e. extrusion force) generated by the rotation of the grinding roller. , thus achieving the purpose of milling.
Production Line of putty powder (dolomite)：
The analyzer drives the blades on the turntable to rotate through the speed-regulating motor and the secondary deceleration to form a grading effect on the powder. The speed of the blade rotation is adjusted according to the particle size of the finished powder. When you want to obtain finer particles, you must increase the rotation speed of the blades to increase the contact between the leaves and the powder, so that the unqualified powder is thrown to the outer wall of the blades and separated from the airflow, and the coarse particles fall into the grinding chamber due to the action of gravity. After re-grinding, the qualified powder is sucked into the large cyclone collector with the air flow through the blades. After the air flow and the powder are separated, the powder is collected. The large cyclone collector plays a very important role in the performance of the grinding mill. , when the airflow carrying powder enters the collector, it is in a high-speed rotating state. After the airflow is separated from the powder, the airflow shrinks with the cone wall and moves toward the center to the bottom of the cone (from the natural length of the airflow) to form a The airflow cylinder rotates upward, and the powder is collected.
Since the core of the upward rotating airflow is in a negative pressure state, the sealing requirements for the lower end of the collector are very high, and the outside air must be strictly isolated. Otherwise, the collected powder will be taken away by the core airflow again, which directly affects the performance of the entire machine. output, so the lower end of the collector is equipped with a powder lock. Its function is to isolate the external positive pressure gas from the negative pressure gas of the collector. This is a very important component, such as a tongue plate without a powder lock or a powder lock. If the anastomosis seal is not tight, there will be no or less powder output, which will affect the output of the whole machine.
"Quality first and customer first" is our eternal service tenet. "Integrity-based" is our corporate morality.
