high efficiency wet pan mill and wet grinding mill gold grinding wet pan mill Introduce of the Machine for gold grinding wet pan mill The high efficiency wet pan mil is a new mill, small investment, high yield, the production cost is low, good benefits. The high efficiency wet pan mill is named by the diameter of roller. Φ1300,Φ 1350,Φ 1400, Φ 1500,Φ 1600 is suitable for selection of iron ore, molybdenum ore ,lead ore ,zinc ore, antimony ore and so on. Φ 850, Φ 900, Φ 1000,Φ 1100,Φ 1200 is suitable for selection of gold ore. Mainly used with gold, silver, lead, zinc, iron, molybdenum, copper, antimony mine, mine, all ball mill can be selected grind gold machine can be used. Characteristics: grind gold through the raw material mixing, rolling, crushing, rolling repeatedly reach moisture equilibrium ratio of uniform, low gas content, improve the forming rate and forming quality, grind the material through the machine molding Products with high density, good strength, no porosity ratio weight. Energy efficient, high volume of output, the product is used for iron ore process tailings recovery, not to slag the loss of effective resources can be fully utilized
The operation and maintenance gold grinding wet pan mill The raw material should be put into the machine after the machine running normally. This machine is not allowed to state with the material in the machine. If the machine is stopped because of stoppage, the residual material in the machine should be cleared. Then start the machine again. The material should be put into the machine uniformity, not sometimes much sometimes less. It's better to use a feeding equipment. The bearing part should be add butter regularly. Every bolts should be checked to avoid flexible. The bearing should be changed in time if it is damaged to avoid damage other parts. While the machine is running formally, you should check if there is abnormal sound in the reducer box and or bearing part, if there is a too high temperature, if there is too big motor current and so on. If it happened, you should stop the machine to remedy of the trouble. The motor V-belt should be removed while examine and repair the machine for your safe.
The Working Process of Wet Pan mill to select gold
1.Firstly the motor will transmit the motive power to reduction gears,under the drive of reduction gears that passing through large vertical spindle,then the power cabient transfers to above whippletree.
2.The whippletree pulls the two runner wheels clcokwise rotation,runner wheels are not only revoluting around the large vertical spindle but also could retating by themselves.
3.After adding into ore,the materials are under the extrusion of grinding roller weight to revoluting and rotating with runner wheels,when twisting that coming into being huge friction force with grinding base,after suffering repeated extrusion,rub,grinding that be crushed thoroughly.
4.Under the effection of grinding roller operating,the crushed materials and the water mixed intensively to float on it uniformly,then passing through the overflow discharge gate that setting up on the mill basin to discharge,after that enter into next operation procedure to process.
5.Coarse mineral was sank on the bottom of grinding base,goning on grinding and crushing,till the fineness could reach to standard floating on it.
Selecting gold machine wet pan mill techincal data
Model | Specification | Input size(mm) | Rotate Speed (r/min) | Powder(kw) | Weight(t) |
1600A | 1600×400×200×500±20mm | <30mm | 20-22 | 25KW | 14.5 |
1500A | 1500×350×200×460±20mm | 20-22 | 22KW | 13.5 |
1500B | 1500×350×150×460±20mm | 20-22 | 22KW | 12.3 |
1500C | 1500×300×150×420±20mm | 20-22 | 22KW | 11.3 |
1400A | 1400×250×150×350±20mm | 16-18 | 18.5kw | 8.5 |
1400B | 1400×250×150×350±20mm | 21-23 | 18.5kw | 8.5 |
1350A | 1350×250×150×350±20mm | 16-18 | 18.5kw | 8 |
1350B | 1350×250×150×350±20mm | 21-23 | 18.5kw | 8 |
1300A | 1300×250×150×350±20mm | 16-18 | 15kw | 7.5 |
1300B | 1300×250×150×350±20mm | 21-23 | 15kw | 7.5 |
1200A | 1200×200×80×250±20mm | 17-19 | 7.5kw | 5.5 |
1200B | 1200×200×80×250±20mm | 23-25 | 7.5kw | 5.5 |
1100A | 1100×200×80×250±20mm | 17-19 | 7.5kw | 5 |
1100B | 1100×200×80×250±20mm | 23-25 | 7.5kw | 5 |
1000 | 1000×200×80×250±20mm | 13-15 | 5.5kw | 4.5 |