how to deal with the ball mill noise? Yahoo Answers
Assuming that the noise id due to the balls impacting on the drum of the mill I would wrap the outside of the drum and the ends with a dense mat of felt like material around 100mm thick protect
Grinding steel ball mill - YouTube
Xq80. Stew rolling mill to produce grinding steel ball from 40 mm to 80mm. Capacity 6 tons to 8 tons.
Ball mill noise control in cement grinding process
Ball Mill Working Principle and Noise. Ball mill is mainly composed of ball mill rollers gears bearings transmissions and motors. It consists of a hollow shaft and a grinding head for feeding and discharging. The cylinder is a long cylinder. It contains a grinding body which is made of steel. Inside the steel cylinder is ball mill liner.
Noise Pollution of Ball Mill - ore processing
1. Control the noise output of the ball mill during the material grinding by engineering measures; 2. Control the speed of spread receive of noise First we need to pay more attention to the internal heat dissipation and the equipment maintenance for the ball mill will produce lots of heat during running.
Engine grinding sound - YouTube
What is issue with grinding sound from the transmission when driving on gears - Duration: 10:49. Peter Finn the Car Doctor 196540 views
Hear engine grinding noise at idle only-park or drive. Th
In many cases the grinding noise coming from an engine at idle and in park can be caused by a VVT solenoid or switch. Typically solenoid problems are caused by dirty oil which clogs the screen that sits between the solenoid and the VVT pressure switch.
An analysis of mill grinding noise - ScienceDirect
Powder.Techriology 41. 1985 .83 = 89 O Analysis of Will-Grinding Noise J. L WATSON .. & 39; Department. of Metallurgical Engineering University of Missouri-Roller MO U.S.A Received July 11:1983; ini revised form February 8 1984 SUMMARY The noise generated by a ball mill during a batch grinding operation is investigated and the results show that. for a given ore the noise levels may
Identifying grinding mill dynamics using acoustic beamforming
It was indi ed that level of the acoustic noise generated during mill operation is more associated with steel ball filling rate rather than the mill speed. Beamforming results suggested that grinding dynamics and mill charge shape can be reconstructed from acoustic noise measured at 500 Hz frequency band.