• Mark Joe
    Perfect seller, excellent product, superb price, and straightforward shipping. We could not be happier with Henan Ascend Machinery and Equipment Co Ltd - Communication was excellent throughout, so easy to contact and always responded extremely quickly. Definitely looking forward to future orders with this company.
  • Remember Akido
    I buy two 1600 wet pan mill and 2 jaw crushers from Ascend machinery company, the quality is very good and Wilson is very helpful in assisting me all the techinical support. We have produced more than 300KG gold. Will continue work with them and go together with this company!
  • Jose Anthony
    Ascend company provided me good after-sale service after buying their gold ore dressing plant, that’s important to me, will consider to buy the second plant
Contact Person : Wilson Shi
Phone Number : +86 18221130967
WhatsApp : +008618221130967

Gold Cyanide Flotation Plant Ore Dressing Equipment

Place of Origin China
Brand Name Ascend
Certification CE/ISSO9001
Model Number 900x1200, 1200x1500 1500x3000 1830x3000
Product Details
Type Gold Ore Dressing Equipment After-sales Service Provided Engineers Available To Service Machinery Overseas
Condition New Production Capacity 95%,10-280t/h
Voltage 220V/380V Application Gold Mining Equipment
Motor 22 To 380KW
High Light

Cyanide ore dressing equipment

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Gold Cyanide mineral processing equipment

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Flotation Plant Ore Dressing Equipment

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Product Description

Gold mining equipment

The gold mining equipment includes: jaw crusher, hammer crusher, roller crusher, impact crusher, vertical crusher, cone crusher, ball mill, vibrating screen, spiral separator, flotation machine, mining agitation tank, ore feeder, concentrator, mine hoist, mining conveyor belt, pre-watering into a ball plate, spiral chute, beneficiation shaker, washing machine and other equipment.

Gold mining process flowsheet

After the first stage crushing process, the ore material enters the double-layer vibrating screen, the crushed upper layer material with middle layer material enters the second crushing stage, the outlet material from the first crushing stage and the second crushing stage into the screening procedure.
The screened material is ground by the first stage ball mill, a closed circuit grinding system is composed of the ball mill and the classifier.
The staged overflow is classified by the cyclone and then enters the second-stage ball mill for re-grinding, and then forms a closed-circuit grinding with the cyclone.
The gold-plating equipment cyclone overflow firstly performs preferential flotation, and the foam products are subjected to secondary selection and a three-time selection to become concentrate products. After the preferential flotation, the tailings undergo a rough selection, a selection, and two The selection process of three selections, three selections, and one sweeping, one selected tailings and one sweeping foam product enter the cyclone for re-classification, re-selection, secondary selection and one fine The selection constitutes a closed-circuit selection, and the three selections and the second selection constitute a closed-circuit selection.

Gold mining equipment-gravity beneficiation

Gravity beneficiation is an ore dressing method which according to mineral density and plays an important role in contemporary mineral processing methods. The gravity separation equipment includes spiral chutes, shaker tables, jigs and short cone cyclones.

Gold dressing methods

1. Mercury amalgamation-gravity separation
This process involves gravity separation and then mercury amalgamation or mercury amalgamation before gravity separation. The former method is mostly used for the placer gold which with low gold content, or the surface contaminated ore. The latter is mostly used for the quartz vein gold-bearing sulfide ore.
2. Gravity separation (amalgamation)-cyanide process
This gold processing method is suited for the quartz vein type gold-bearing oxidized ore which with uneven disseminated grain size and high oxidation degree, the gold-bearing ore basically free of copper, arsenic, antimony, etc.
3. Flotation process
This processing method is suitable for the quartz vein gold-bearing ore, gold-bearing altered rock type ore and sulfides ore which with fine gold particle and good floatability, widely applied in the medium-large good mining plant.
4. Gravity separation (amalgamation)-flotation process
This procedure is applicable to the uneven disseminated grain size and low sulfur quartz veins containing gold ore. Since the monomer-dissociated gold is recovered in a timely and early manner in the grinding circuit, the total recovery of gold can be increased. This process is a widely used process in China's gold plant, in which the recovery rate of gold can reach 30-60%.
5. Cyanidation (full mud cyanidation) process
Applicable to gold with a higher emerald grain size, a deeper iron ore-bearing pyrite quartz vein type ore, or a gold-altered diorite-type ore. The ore is required to contain no elements harmful to cyanidation such as copper, arsenic or antimony.
6. Flotation-Cyanide Process
This process is suitable for the treatment of gold-bearing iron ore quartz vein ore with gold and sulfide symbiosis. It is also suitable for gold-bearing granite fracture zone altered rock type ore, especially for high sulfur ore. To apply. This process is also one of the common processes in China's gold mines.
7. Flotation-baking-cyanide combined process
This procedure is applicable to gold-bearing quartz vein type ores containing elements such as arsenic and antimony. The roasting process is a preparation for cyanidation in order to remove elements that are harmful to cyanidation.

Gold Cyanide Flotation Plant Ore Dressing Equipment 0

 

Ball mill Specification

Model
Shell rotation speed(r/min)
Ball load
Feeding size
Discharging size
Capacity
Motor power
Weight
(t)
(mm)
(mm)
(t/h)
(kw)
(t)
Ø 900*1800
36-38
1.5
< =20
0.075-0.89
0.65-2
18.5
4.6
Ø 900*3000
36
2.7
< =20
0.075-0.89
1.1-3.5
22
5.6
Ø 1200*2400
36
3
< =25
0.075-0.6
1.5-4.8
30
12
Ø 1200*3000
36
3.5
< =25
0.074-0.4
1.6-5
37
12.8
Ø 1200*4500
32.4
5
< =25
0.074-0.4
1.6-5.8
55
13.8
Ø 1500*3000
29.7
7.5
< =25
0.074-0.4
2.0-5.0
75
15.6
Ø 1500*4500
27
11
< =25
0.074-0.4
3.0-5.0
110
21
Ø 1500*5700
28
12
< =25
0.074-0.4
3.5-6
130
24.7
Ø 1830*3000
25.4
11
< =25
0.074-0.4
4.0-10.0
130
28
Ø 1830*4500
25.4
15
< =25
0.074-0.4
4.5-12
155
32
Ø 1830*6400
24.1
21
< =25
0.074-0.4
6.5-15
210
34
Ø 1830*7000
24.1
23
< =25
0.074-0.4
7.5-17
245
36
Ø 2100*3000
23.7
15
< =25
0.074-0.4
6.5-36
155
34
Ø 2100*4500
23.7
24
< =25
0.074-0.4
8-43
245
42
Ø 2100*7000
23.7
26
< =25
0.074-0.4
8-48
280
50
Ø 2200*4500
21.5
27
< =25
0.074-0.4
9-45
280
48.5
Ø 2200*6500
21.7
35
< =25
0.074-0.4
14-26
380
52.8
Ø 2200*7000
21.7
35
< =25
0.074-0.4
15-28
380
54
Ø 2200*7500
21.7
35
< =25
0.074-0.4
15-30
380
56
Ø 2400*3000
21
23
< =25
0.074-0.4
7-50
245
54