Product Details

Specifications

Ulexite and Borax rotary dryer
-Simple system, safe and easy operation
-Best price on the market
-Quickly delivery

Product Description

Ulexite and Borax rotary dryer
This is an indirect heating type of rotary dryer that brings materials into indirect contact with heating medium to provide heat exchanging.
The indirect heating type of rotary dryer is classified into external heating rotary dryer and steam tube dryer, which are applied for the following conditions.

If you use materials that are easily affected by contact with combustion gas.
If you need to minimize the amount of exhaust gas from the dryer.
If you use materials that are apt to produce dust.
If you use materials that are easily affected by oxidation.
If you need to recover volatile component.

Machine Stucture

[1] Heavy Duty Rotary Dryer Drum         [2] Internal Rotary Dryer Lifters          [3] Rotary Dryer Riding Rings
[4] Rotary Dryer Trunnion Rollers          [5] Rotary Dryer Thrust Wheel            [6] Rotary Dryer Drive
[7] Rotary Dryer Feed Chute                  [8] Combustion Chamber (optional)    [9] Discharge Chute
[10] Rotary Dryer Discharge Seals         [11]Rotary Dryer Support Frame         [12]Modular Frame (optional)
[13]Rotary Dryer Burner System

Working Principle

The indirect heat rotary drum drier is made up of a large, rotating cylindrical tube, usually supported by concrete columns or steel beams. The dryer slopes slightly so that the discharge end is lower than the material feed end in order to convey the material through the dryer under gravity. Material to be dried enters the dryer, and as the dryer rotates, the material is lifted up by a series of internal fins lining the inner wall of the dryer. When the material gets high enough to roll back off the fins, it falls back down to the bottom of the dryer, passing through the hot gas stream as it falls. This gas stream can either be moving toward the discharge end from the feed end (known as co-current flow), or toward the feed end from the discharge end (known as counter-current flow).

Product Uses

Concurrent flow drier type

•Chemical fertilizers •Waste sludge •Nickel ore

•Clay •Food products •Chemical sludge

•Sands •Other ores •Plastics

•Filter cake •Limestone

Countercurrent flow drying type

•Silica sands •Clay •Ilmenite

•Ammonium sulfate•Sugar •Limestone •Plaster

•Cryolite •Ammonium chloride •Sodium glutamate

•Foundry sands •Chrome ore •Ferrous sulfate

•Fused phosphate fertilizer

Advantages

International standard with ISO, CE certificate
Simple system, safe and easy operation
Flexability in fuels used (NG, Oil, Coal ect.)
Year of experience with all types of dryers
Capable of installation anywhere in world
True understanding of process conditions
In house engineering for custom fit applications
Customized for every application
Best price on the market
Quickly delivery
Proven design

Detailed Images

Technical Parameters

Specific-ations(m)	Capacity(t/h)	Main motor		Main gear box		Weight(t)
Specific-ations(m)	Capacity(t/h)	Power(kw)	Model	Model	Speed reduction ratio	Weight(t)
ø1.2*10	2.5	7.5	Y160M-R3	ZL50-16-I	-----	13.5
ø1.5*12	3.3-4.9	10	Y160L-6-B3	JZQ500-III-2F	-----	18.9
ø1.5*15	4-6	18.5	Y200L1-6	JZQ500-III-2F	-----	21
ø1.8*12	4-6	18.5	Y160L-6	ZQ50-16II-2	16.46	22.83
ø2.2*12	7-12	18.5	Y200L7-6	JZQ650-III	31.5	37.6
ø2.2*14	7-12	22	Y200L7-6	JZQ650-III	31.5	40
ø2.2*16	12	30	Y225M-6	JZQ750-III	31.5	45
ø2.4*14	12	30	Y250M-6	JZQ750-III	31.5	51
ø2.4*18	10-13	37	Y250M-6	ZL85-13-I	27.16	54
ø2.4*20	10-14	37	Y250N-6	ZL85-13-I	27.16	54.14
ø3*20	25	55	Y250M-4	ZL100-16-I	41.52	78
ø3*25	32-36	75	YR280M-4	ZL100-16-I	41.52	104.9