Industrial Kiln Furnace
Industrial rotary kiln is common rotary calcining kiln which can be seen in daily life. Because it will rotates while working, people always call it rotary kiln. This kind of equipment is widely applied to cement, metallurgy, chemical industry and lime.
Application Range：Building material, metallurgy, chemical industry, electrical power and etc
Applicable Materials：cement, Lime,Refractories, Metakaolin, Titanium dioxide, Alumina, Vermiculite, Iron ore pellets.
Taida roary kiln holds high output capacity with lower energy consumption.
Easy to maintain and operate
Operation simple, reliable, less operators, process stability.
With high automation level
Whole calcining process is controlled by advanced control system.
Good seal performance
Service life can last for 8 to 10 years. Less malfunction.
The main structure of rotary kiln consist three major aspects:
1. Kiln shell: it is common main body of rotary kiln. It can be seen from the outside.
2. Rim: it is also important part of rotary kiln.
3. Thrust roller: it is a limit switch to limit the movement of rotary kiln. Because the thrust roller is longer than kiln tire. In order to make riding wheel and belt move up and down and wear evenly, there is no thrust roller equipped on rim.
Price of Zhengzhou Taida rotary kiln: if you want to specific price of Zhengzhou taida rotary kiln, you can ask Taida online service or call at 0086-18539990967.
Zhengzhou Taida: rotary kiln manufacturer: Zhengzhou Taida is a rotary kiln production base well-known in the whole country. The rotary kiln produced by Taida holds great quality and preferential price. Expect your visiting to our factory. You can also bring your materials to our factory for testing the effect of your machines.
The cylinder body of rotary kiln is made from steel plate. There is refractory lining embedded in inner body. The cylinder body forms a certain inclination with horizontal level. The cylinder body is supported by three kiln tires. When the rotary kiln is running normally, power is transferred to gear device from main driving motor to drive rotary kiln. Materials will be incinerated from the kiln end to inner kiln. Owing to the inclination and slow rotation, materials will move along peripheral direction and axial direction. Finally, clinker will enter cooler from kiln head. Fuels will enter the kiln from kiln head. After exchange impact, exhaust air and materials will be exported out from kiln tail.
|Dimension||Power (kw)||Total weight (t)||Notes|
|Diameter (m)||Length (m)||Inclination (%)||Output (t/h)||Rotary speed (r/min)|
|Φ2.5×40||2.5||40||3.5||180||0.44-2.44||55||149.61||With vertical preheater|
|Φ2.8×44||2.8||44||3.5||400||0.437-2.18||55||201.58||Decomposition outside the kiln|
|Φ3.0×48||3||48||3.5||700||0.6-3.48||100||237||Decomposition outside the kiln|
|Φ3.0×60||3||60||3.5||300||0.3-2||100||310||Bauxite calcining kiln|
|Φ3.2×50||3.2||50||4||1000||0.6-3||125||278||Decomposition outside the kiln|
|Φ3.6×70||3.6||70||3.5||1800||0.25-1.25||125||419||Residual heat power|