Product Description
Mining Wet Pan Mill Introduction:
Wet pan mill is mainly used for separate gold, silver, lead, zinc, iron, molybdenum, copper, antioumy and so on.
Wet pan mill is perfect equipment for medium sized company and small enterprises,it can instead of ball mill,The advantage is Low investment,easy operation,Very hot use by our customer.
Mining Wet Pan Mill Working Principle:
This wet pan mill mainly include power plant, frame, birdbath, grinding wheel, pan and other parts, using moving wheel grinding work way: first of all, the grinding pan mill motor will transmit power to the reducer, by the reducer, through a large vertical pass torque at the top of the horizontal axis and then it through a horizontal two axis pull rod to grinding wheel, the grinding wheel have driving force, along the horizontal axis do counterclockwise motion; Studio of the grinding wheel can be turning around wet mill big vertical shaft, and around the wheel of center shaft rotation, pan is stationary; Add ore materials, in the mill from the extrusion wheel of its own weight, grinding wheel with the pan during the revolution of great friction, by repeated after extrusion, kneading, grinding, were crushed.
Marketing Countries: We have provided the Wet pan mill for many customers such as from in Sudan,Mali, Mozambique, Nigeria, Suriname, Ghana, South Africa, Uganda, Zambia, Tanzania, Angola, Canada, Thailand, Chile, Peru,USA,Australia ect. For Alluviall gold mining grinding plant, copper ore grinding plant, rock stone grinding plant, gold ore grinding plant,ect.
Product Display
Product 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 |
| 900 |
900X200X80 |
10-15 |
5.5kw |
3 |
Structure
Related Products
We produce all kinds of machine for optional purchase,such as Material Hopper,Conveyor Belt,Vibrating Feeder,Chute Feeder,Disc Feeder,Jaw Crusher,Hammer Mill,Hammer Crusher,Cone Crusher,Impact Crusher,Double Roller Crusher,Trommel Screen,Trommel Scrubber,Vibrating Screen,Ball Mill,Wet Pan Mill,Spiral Classifier,FX Hydrocyclone, Agitation Tank,Flotation Separator,Shaking Table,Centrifugal Concentrator,Spiral Chute,Jig Machine,Roller
Magnetic Separator, 3 Disc Magnetic Separator,Thickener,Filtering Equipment,Drying Equipment,High Frequency Gold Melting Furnace, Medium Frequency Gold Melting Furnace etc
Company Profile
Jiangxi Hengchang Mining Machinery Manufacturing Co., Ltd. is located in No.3 Chuangye Road. Guzhang In dustrial Park. Shicheng County. Ganzhou City. Jiangxi Province. China.Our company is engaged in the mineral processing equipment research, development, design and production for many years history, has accumulated rich experience in design and production. Enterprise in mineral processing equipment industry has had a positive effect, set up the good reputation. And mainly the manufacture of the products like as Shaking table. Flotation equipment. Crushing equipment. Magnetic separator. Screening equipment. Classifying equipment. Agitation tank, Feeding equipment. Gravity separation equipment. Wet separation equipment. Spiral chute. Saw-tooth wave jig and Diaphragm Jig. Grinding equipment. Ball mill. Slurry pump. Centrifugal pump, Conveying equipment.
We manufacture various types of mineral processing machinery and equipment according to our customers' requirements. Our products are widely used for sorting gold, silver, copper, iron, tungsten,lead. zinc. tin. molybdenum, nickel, tantalum, niobium, manganese ore, coal, monazite, rutile,diamonds, other precious metals and precious metals mine, and for the flotation colored, black metal,precious metals and other minerals. And we have export qualifications, our products sell well all over the world for several years, especially exported to Brazil. India. Indonesia.South Africa. Somalia, Philippines. Malaysia. Sudan, Nigeria. Iran, Russia, Ghana. Kazakhstan Kyrgyzstan.Cambodia,Vietnam,Korea,Mongolia and other countries.
FAQ
1. How long has Hengchang been in business?
Our business has been in operation since 1995. For over 20 years we have served the mining industry offering gold
/coltan/tin/tungsten mining equipment
2. How long is the warranty period ?
The warranty for the main machine is 12 month. we also supply spare parts to customer.
3. What is the Salary of engineer ?
100 USD Per day, the air ticket, accommodation, should be beared by customer.
4. Where is Hengchang factory located ?
how about the transportation ? The factory is located in Ganzhou city. The Airport is
Huangjin Airport, which can directly flight to Guangzhou, Shanghai, Shenzhen, Beijing.
5. What is the leading time ?
For shaking table and laboratory mining equipment ,we can send out within 10 days;
For large mining equipment and customized machine, the lead time is 30-40 days.
6. What is the nearest Sea port ?
Xiamen Port, Guangzhou Port, Shenzhen Port
7. What is the trade terms ?
CIF,FOB ect is acceptable.
8. What normal mining procedures including?
A. Sampling and analysis of the sample. take enough sample from different location and depth, analysis the size distribution and
element.
B. Engineer and geologist site survey. based on the analysis report at stage one, the geologist will determine the reserve and
mining area. the engineer will consider the plant location and process flow.
C. Separation test. take samples to do separation test based on the process flow on stage Two.
D. Based on the result of testing, adjust the process flow if necessary.
E. Determine the capacity of the plant based on the quotation of plant and estimated output.
F. Place order and equipment production.
G. Plant design. ground clearance and basement building according to the design.
H. Plant installation and testing production.
I. Training and debugging.
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