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Indirect heat transfer dryer
| Min. Order: | 1 Set/Sets |
|---|---|
| Payment Terms: | L/C, T/T |
| Supply Ability: | 50 sets per month |
| Place of Origin: | Henan |
Company Profile
| Location: | China (Mainland) |
|---|
Product Detail
| Application: | Ore |
|---|---|
| Type: | Others |
| Brand Name: | Fengde |
| Guarantee period :the whole using life: | Installation:under our engineer's guide |
| Production Capacity: | 50 sets per month |
| Packing: | Packing in container ,bulk or nude. |
| Delivery Date: | Upon your confirmed order. |
Product Description
Application & composition:
The indirect heat transfer dryer made by our company can be used in building materials, metallurgy, chemical industry, cement plant for drying of limestone slag, coal powder, slag, clay stone. This dryer is formed of rotary body, lifting blade, driving device, supporting device and sealing ring.
The indirect heat transfer dryer made by our company can be used in building materials, metallurgy, chemical industry, cement plant for drying of limestone slag, coal powder, slag, clay stone. This dryer is formed of rotary body, lifting blade, driving device, supporting device and sealing ring.
Advantages:
The dryer has advantages of reasonable structure, high efficiency, low energy consumption and convenient transportation.
Performance characteristics :
This series drier is used for drying materials with humidity or granularity in the industries of mineral dressing, building material, metallurgy and chemical. Rotating dryer can be used for drying many kinds of materials and with convenient and reliable operation; therefore, it has been widely used.
This series drier is used for drying materials with humidity or granularity in the industries of mineral dressing, building material, metallurgy and chemical. Rotating dryer can be used for drying many kinds of materials and with convenient and reliable operation; therefore, it has been widely used.
Main Technical Parameters
|
Items
|
Inside diameter of outer shell
|
Inside diameter of inner shell
|
Shell length
|
Shell cubage
|
Shell
|
Lifting blade
|
Highest inlet air
|
Dimensions
|
|
Shell diameter *shell length
|
mm
|
mm
|
m
|
m3
|
Obli-quity
|
form
|
Tem.oC
|
|
|
Ø1.5*15m
|
1500
|
500
|
15
|
20.27
|
3-5%
|
Lifting form
|
850
|
16.2*2.7*2.7
|
|
Ø1.5*17m
|
17
|
22.97
|
18.2*2.7*2.7
|
|||||
|
Ø1.5*19m
|
19
|
25.68
|
20.0*2.9*2.9
|
|||||
|
Ø1.8*21m
|
1800
|
650
|
21
|
35.91
|
3-5%
|
Lifting form
|
850
|
22.5*2.7*2.7
|
|
Ø1.8*23m
|
23
|
39.33
|
24.5*2.9*2.9
|
|||||
|
Ø1.8*25m
|
25
|
42.75
|
26.5*2.9*2.9
|
|||||
|
Ø2.2*21m
|
2200
|
800
|
21
|
58.1
|
3-5%
|
Lifting form
|
850
|
----
|
|
Ø2.2*23m
|
23
|
63.61
|
||||||
|
Ø2.2*25m
|
25
|
69.15
|
