Type: | Wet Pan Mill |
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Motor Type: | AC Motor |
Motor Power: | 30KW |
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Gold mining: In the process of gold mining, the gold mill is mainly used to crush and grind the gold ore, crush the gold ore to a certain particle size, and facilitate the subsequent gold extraction process. This not only improves the mining efficiency of gold mines but also reduces mining costs and reduces the impact of the mining process on the environment.
Tailings recycling: Tailings are waste generated during ore mining, which still contains a certain amount of useful mineral components. The gold mill can further extract useful mineral components from the tailings by crushing and grinding them, realizing the reuse of tailings, improving resource utilization efficiency, and reducing environmental pollution.
Multi-mineral processing: In addition to gold mines, gold mills can also be used for the processing and recovery of various minerals such as silver mines, lead and zinc mines, etc., and provide convenience for subsequent mineral extraction and recovery through crushing and grinding.
Definition:Wet pan mill is a device that grinds and crushes materials using a water medium. It uses a disc and a millstone (or similar components) to process materials in a wet environment.
Working Principle: In a Wet pan mill, a certain amount of water is first added to the device, and then the material is put into the disc. Through the rotation of the disc and the action of gravity, friction, and impact are generated between the material and the abrasive (which may be a millstone or other form of abrasive), thereby achieving the effect of grinding and crushing. This wet grinding method helps to reduce dust generation, improve grinding efficiency, and facilitate further processing of the material.
Technical Parameters
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 |
Placer gold ore - gravity separation process
The gravity separation process of placer gold ore is a key link in the process of placer gold ore beneficiation. It is mainly used to separate gold ore particles from other mineral particles by gravity difference.
Gravity separation is a technology that uses the weight difference between gold ore particles and other mineral particles to separate gold ore particles by gravity separation. In placer gold ore, since gold usually exists in the form of monomer natural gold and its density is much greater than that of other minerals, gravity separation is the most important, effective and economical method for selecting placer gold ore.
Rock gold ore - flotation separation gold process
The flotation separation process of rock gold ore is a complex and delicate process, mainly involving multiple links such as crushing, grinding, and flotation.
Commonly used crushing equipment includes jaw crushers and cone crushers. Jaw crushers are suitable for coarse crushing and have strong processing capacity and durability; cone crushers are used for fine crushing and can crush ore to finer particle sizes.
There are two main types of equipment in the grinding stage: ball mills and rod mills. Ball mills are suitable for grinding fine particles and can effectively improve the degree of metal dissociation; rod mills perform well when grinding coarse particles and reduce over-grinding.
Flotation principle: When flotating high-density and coarse-grained minerals, a thicker pulp is often used; conversely, when flotating low-density, fine-grained, and slimy minerals, a thinner pulp is used. Using a thicker pulp for coarse selection can ensure a higher recovery rate; using a thinner concentration for fine selection is conducive to improving the quality of the concentrate.Service and customers
With the tenet of "Quality First, Customers First", our company specially invites experts from design colleges and universities for technical cooperation, and can provide users with project design, ore identification, small test, and One-stop service including testing, equipment selection, process design, equipment site installation and commissioning. It has provided high-quality equipment for large domestic large-scale concentrators, metal magnesium plants, steel plants and other large-scale projects, is trusted and praised by users serving Panzhihua Iron and Steel, Kunshan Iron and Steel, China Aluminum Group, Three Gorges Water Conservancy and other national key construction projects and thousands of private enterprises.FAQ