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With qualified items and good service, we supplies series Raymond Roller Mill(Raymond Mill), that is appropriate for grinding barite, calcite, potash feldspar, talcum, marble, limestone, ceramics, etc.

Working Principle of Raymond Mill:

First material ought to be crushed in to the preferred size by Jaw Crusher, and shipped towards the Silo by Bucket Elevator. Our Designed Vibrating Feeder will feed the fabric in to the grinding room. Using the air current in the Air Blower, individuals powder adjusts towards the fineness degree is going to be blew in to the cyclone collector and individuals powder that's not in conjuction with the preferred size will go back to the grinding room to become re-ground. The entire product is airtight circulation, and also the blood circulation flow underneath the negative pressure.

Raymond Mill Structural Qualities :

The entire raymond grinder is of the standing structure. raymond mill features small taking up space and powerful integration capacity. Raymond Roller mill can build a completely independent production system in the lump materials , crushing to finished powder and packaging. All of the finished contaminants have a very good uniformity of fineness, with passing screen rate up to 98%. This is exactly what other machine cannot achieve. The device switches into electromagnetic vibrating feeder, which guarantees even and regular feeding.Raymond mill is simple to regulate, small in dimension, lightweight, with lower oil and energy consumption and low maintenance. The transmission device from the primary unit is outfitted having a close gearbox which guarantees its smooth transmission and reliable operation. Attendance of operater is not required within the mill operating room since the adoption of advanced central control console switch.

The fine powder flows in to the cyclone collector along with ventilation and it is eliminated in the powder raymond mill output pipe as product. Within the grinding chamber, because the stuff consists of moisture to some degree, the warmth produced throughout grinding helps make the moisture evaporate because the pipeline joints aren't airtight, the exterior air is drawn in and also the circulation air mass increases. To be able to let the grinder to operate in negative pressure, the elevated ventilation is led towards the deuster and sequentially towards the atmosphere after purification.