Advanced and reasonable structure, minimum vibration and noise, the mill runs smoothly and has higher grinding efficiency.
Model | Number of rollers | Grinding ring Diameter (mm) | Feeding Size (mm) | Fineness (mm) | Capacity (t/h) | Total power (kw) |
HC1700 | 5 | 1700 | ≤30 | 0.038-0.18 | 6-25 | 342-362 |
Guilin grinding mills are suitable for grinding diverse non-metallic mineral materials with Mohs hardness below 7 and moisture below 6%, the final fineness can be adjusted between 60-2500mesh. Applicable materials such as marble, limestone, calcite, feldspar, activated carbon, barite, fluorite, gypsum, clay, graphite, kaolin, wollastonite, quicklime, manganese ore, bentonite, talc, asbestos, mica, clinker, feldspar, quartz, ceramics, bauxite, etc. Please contact us for details.
Advanced and reasonable structure, minimum vibration and noise, the mill runs smoothly and has higher grinding efficiency.
Compared with the traditional Raymond mill, more raw material can be ground per unit, and the capacity is 40% higher than traditional Raymond mill, while the power consumption has saved over 30%.
Equipped with pulse dust collector, the dust collection efficiency is up to 99.9%. The whole system of the mill is sealed which can basically realize dust-free workshop.
Using new sealing structure design, filling the lubricant 500-800 hours once which helps to reduce maintenance time and cost. And the grinding ring can be replaced without disassembling the grinding roller device, ease of maintenance.
Designed and built for professionals
HC1700 pendulum grinding mill consists of main mill, constraint turbine classifier, pipe system, high pressure blower, double cyclone collector system, pulse air collector, feeder, electronic control motor, jaw crusher, pan elevator. The main mill consists pedestal, return air box, shovel, roller, ring, hood cover and motor.
Raw materials are sent to the feeding hopper and then be shoveled into the crusher to be crushed into particles less than 40mm. The materials are raised to the storage hopper by the elevator and then be evenly sent to the main mill for grinding by feeder. The qualified fine powders will be classified and blew to the pulse dust collector as product and finally discharged from the dust collector, the product will be transported to powder storage. The system is designed as open circuit system with full pulse dust collecting, so the equipment has higher capacity and minimum pollution. HC grinding mill has very high throughput so the product cannot be packed by hand-filling, the packing job is supposed to be done after the powder be sent to the storage tank.