Metallurgy Rotary Kiln for Iron Ore Pellets Roasting/Sponge Iron Ore Magnetizing Roast Rotary Kiln

China Metallurgy Rotary Kiln for Iron Ore Pellets Roasting/Sponge Iron Ore Magnetizing Roast Rotary Kiln, Find details about China Dolomite Rotary Kiln, Cement Rotary Kiln from Metallurgy Rotary Kiln for Iron Ore Pellets Roasting/Sponge Iron Ore Magnetizing Roast Rotary Kiln

Basic Info.

Model NO.

VS2.5x54

Diameter (M)

2.5

Length (M)

Slope(%)

3.5

Capacity(T/D)

204

Rotary Speed(R/Min)

0.48-1.45

Power(Kw)

Trademark

VOSTOSUN

Transport Package

Customized

Specification

option

Origin

China

HS Code

8419399090

Model NO.

VS2.5x54

Diameter (M)

2.5

Length (M)

Slope(%)

3.5

Capacity(T/D)

204

Rotary Speed(R/Min)

0.48-1.45

Power(Kw)

Trademark

VOSTOSUN

Transport Package

Customized

Specification

option

Origin

China

HS Code

8419399090

Product Desciption

Rotary Kiln

Introduction
Rotary Kiln means rotary calcining kiln, it can be divided into cement kiln, metallurgical and chemical kiln and active-lime kiln according different materials being processed.

Cement Kiln is mainly used for calcinating clinker and it has dry type and wet type.

Metullurgical and chemical kiln is mainly used for poor iron ore magnetization calcination, the oxidizing calcination of chromium ore, ferronickel ore; the calcination of high aluminum bauxite ore in the refractory material factory and aluminum hydroxide, the clinker, aluminum hydroxide calcination in the aluminum plant; the calcination of chrome ore and chrome powder in the chemical plant, etc.

Active-lime kiln is used for the calcination of active-lime and dolomite in the steel making factory and iron alloy factory.

Working Principle
Material is fed into kiln though end of kiln (higher side of cylinder). Because cylinder is inclined and it rotates slowly, material moves along with circle as well as axial direction (from higher side to lower side). After going through physical and chemical change, material gets into cooling machine through head cover of kiln after the finishing calcination. Fuel is fed into the kiln head through the kiln head, and exhaust gas will discharge at the end of kiln after exchanging heat with material.

Technical Parameters

Model	Kiln parameters			Capacity(t/d)	Rotary Speed(r/min)	Power(kW)	Weight(t)
	Diameter(m)	Length(m)	Slope(%)
VS1.4×33	1.4	33	3	26	0.39-3.96	18.5	48
VS1.6×36	1.6	36	4	37	0.26-2.63	22	52
VS1.8×45	1.8	45	4	52	0.16-1.62	30	78
VS1.9×39	1.9	39	4	56	0.29-2.93	30	78
VS2.0×40	2	40	3	78	0.23-2.26	37	119
VS2.2×45	2.2	45	3.5	106	0.21-2.44	45	128
VS2.5×40	2.5	40	3.5	180	0.44-2.44	55	150
VS2.5×50	2.5	50	3	200	0.62-1.86	55	187
VS2.5×54	2.5	54	3.5	204	0.48-1.45	55	196
VS2.7×42	2.7	42	3.5	320	0.10-1.52	55	199
VS2.8×44	2.8	44	3.5	400	0.437-2.18	55	202
VS3.0×45	3	45	3.5	500	0.5-2.47	75	211
VS3.0×48	3	48	3.5	700	0.6-3.48	100	237
VS3.0×60	3	60	3.5	300	0.3-2	100	310
VS3.2×50	3.2	50	4	1000	0.6-3	125	278
VS3.3×52	3.3	52	3.5	1300	0.266-2.66	125	283
VS3.5×54	3.5	54	3.5	1500	0.55-3.4	220	363
VS3.6×70	3.6	70	3.5	1800	0.25-1.25	125	419
VS4.0×56	4	56	4	2300	0.41-4.07	315	456
VS4.0×60	4	60	3.5	2500	0.396-3.96	315	510
VS4.2×60	4.2	60	4	2750	0.4-3.98	375	633
VS4.3×60	4.3	60	3.5	3200	0.396-3.96	375	583
VS4.5×66	4.5	66	3.5	4000	0.41-4.1	560	710
VS4.7×74	4.7	74	4	4500	0.35-4	630	849
VS4.8×74	4.8	74	4	5000	0.396-3.96	630	899