bentonite rotary dryer uses high temperature drying process, not only greatly reducing the operating costs, but improving the overall economic benefits.
- Capacity：8-90t/h
- Power：5.5-110KW
- Input moisture：40%
- Output moisture：5%(adjustable)
Product Introduction
bentonite rotary dryer uses high temperature drying process, not only greatly reducing the operating costs, but improving the overall economic benefits.
Applicable Material
.
bentonite clay,Kaolin, gypsum, peat soil, peat soil, sandy soil, yellow soil, limestone, clay, concentrate powder, slag，Mineral soil, silicon carbide.
Product Features
- 01
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High degree of continuous automation
The industrialization, continuity and automation of Bentonite drying have been realized by using a new type of non-power crushing device.
- 02
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Upgraded version of internal structure, large processing capacity
The use of downflow mode, unique inlet and outlet device, new internal structure, can change the operation parameters according to different material properties and finished product requirements, its strong load resistance, large handling capacity, less fuel consumption, low drying cost.
- 03
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Energy saving, environmental protection and high efficiency
Enhanced dust removal device, a variety of heat sources to meet the environmental requirements of different areas.
- 04
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Simple structure and stable performance
Aligning tugboat design, achieve
Working Principle
1.Bentonite clay has a certain viscosity. In the drying process, there are several work areas after wet ore slime entering into the dryer: guide area, cleaning area, inclined lifting plate area, discharge area.
2.Wet slime into the guide material area touched with hot air will evaporate a large amount of water. Under lifting plate, it will be into the cleaning area; which will form the material curtain state. Under lifting plate, cleaning area is provided with a cleaning device, can quickly clean off the ore slime bonding cylinder wall.
3.During this process, it can also break pellet agglomeration, increasing the heat exchange area and improving the drying rate. After drying, the moisture of the final product meet standardand and than enter into the final discharge area. The material rolls to the discharge port to complete the whole drying process.
Technical Parameter
| product standard（m) | Capacity（t/h) | Feed moisture（%） | Final Moisture(%) | Power(KW) |
|---|---|---|---|---|
| 0.8*8 | 0.5-3 | 30% | 15%-1% | 3KW |
| 1*10 | 1-5 | 30% | 15%-1% | 5.5KW |
| 1.2*12 | 2-8 | 30% | 15%-1% | 11KW |
| 1.6*16 | 6-10 | 30% | 15%-1% | 15KW |
| 1.8*16 | 8-15 | 30% | 15%-1% | 18.5KW |
| 2*18 | 10-20 | 30% | 15%-1% | 22KW |
| 2.2*18 | 12-25 | 30% | 15%-1% | 30KW |
| 2.4*22 | 15-30 | 30% | 15%-1% | 45KW |
| 2.6*24 | 18-35 | 30% | 15%-1% | 55KW |
| 2.8*26 | 20-40 | 30% | 15%-1% | 75KW |
| 3*28 | 25-50 | 30% | 15%-1% | 90KW |
| 3.2*28 | 30-60 | 30% | 15%-1% | 110KW |
| 3.4*30 | 35-70 | 30% | 15%-1% | 132KW |
| 3.6*32 | 40-80 | 30% | 15%-1% | 160KW |
| 3.8*32 | 50-100 | 30% | 15%-1% | 185KW |
