Thin-oil lubricating system, Elastic damping structure
MB5X Pendulum Suspension Grinding Mill is new mature and advanced equipment. This machine adopts automatic thin-oil lubricating system and volute elastic damping structure, etc. technologies. It can be used to process feldspar, calcite, limestone, talc, etc. non-metallic minerals.
Metallurgy, construction, mining, chemical industry, etc.
Absorbing mature experiences from the last four-generation grinding mills, MB5X Pendulum Suspension Grinding Mill comes into market surprisingly with many advanced patented technologies. This new version grinding mill adopts multiple core technologies, like automatic thin-oil lubricating system in the main shaft, no cylinder structure for shovels and damping structure in the volute, etc. Thesecharacters greatly increase the grinding rollers’grinding effect and abrasion performance. MB5X Pendulous Suspension Grinding Mill is specific for processing non-metallic minerals.
Learn More About Liming® MB5X Pendulum Suspension Grinding Mill
1.Automatic thin-oil lubricating system.
All the bearings are lubricated by the oil pump attached at the bottom of the main shaft, the lubricating system will start and off along with the mill.
2.Thin-oil lubrication system for grinding roller.
Compared with grease lubrication, oil bath lubrication can extend lubrication cycle and decrease the running costs. Touch-sensitive oil level detection technology can monitor oil level with the small observation hole without opening large access door.
3.No shovel cylinder structure.
The increased chamberspace willallow bigger roller diameter, thus increase the grinding pressure. Besides, larger vent area will reduce wind resistance.
4.Volute elastic damping structure.
MB5X Grinding Mill is different from other grinding plants which has rigidity connection by bolts between volute and bed. This new mill adopts damping structure with thickened rubber mat, which avoidsdamage by vibrationof volute and airframe and reduce vibration of classifier.
Through vibrating feeder, the raw materials are continuously and quantitatively transported from hopper to grinding chamber. Materials are grinded in the grinding chamber. The grinded powder will be blown up and be classified by cage-type classifier. The qualified powder goes through the cyclone collector for separation and collection, and then be discharged by pneumatic discharging valve as final powders. The air current is sucked into centrifugal blower from upper pipe of cyclone collector. It is a closed air flow system and circulates under negative pressure.