Titanium dioxide rotary kiln
Description:
The working principle of the titanium dioxide calcined rotary kiln: The filtered titanium dioxide hydrolysate is input into the tail end of the titaniumdioxide rotating kiln body with a certain slope and slowly rotating. The combustion and mixing chamber in the direction of the kiln head blows clean flame and hot air into the kiln to dehydrate and calcine the filter cake. The hydrolyzed titanium dioxide filter cake after dehydration and calcination at high temperature above 1000 ° C cake uses the inclined titanium dioxide rotary kiln body to both roll in the circumferential direction and move in the axial direction (from high end to low end) to continuously complete the dehydration and calcination process. Finally, it enters the cooling machine through the double hydraulic flap discharge valve at the lower part of the kiln head cover. The material after cooling and screening is the finished titanium dioxide.
The working principle of the titanium dioxide calcined rotary kiln: The filtered titanium dioxide hydrolysate is input into the tail end of the titaniumdioxide rotating kiln body with a certain slope and slowly rotating. The combustion and mixing chamber in the direction of the kiln head blows clean flame and hot air into the kiln to dehydrate and calcine the filter cake. The hydrolyzed titanium dioxide filter cake after dehydration and calcination at high temperature above 1000 ° C cake uses the inclined titanium dioxide rotary kiln body to both roll in the circumferential direction and move in the axial direction (from high end to low end) to continuously complete the dehydration and calcination process. Finally, it enters the cooling machine through the double hydraulic flap discharge valve at the lower part of the kiln head cover. The material after cooling and screening is the finished titanium dioxide.
Introduction
The working principle of the titanium dioxide calcined rotary kiln: The filtered titanium dioxide hydrolysate is input into the tail end of the titanium dioxide rotating kiln body with a certain slope and slowly rotating. The combustion and mixing chamber in the direction of the kiln head blows clean flame and hot air into the kiln to dehydrate and calcine the filter cake. The hydrolyzed titanium dioxide filter cake after dehydration and calcination at high temperature above 1000 ° C cake uses the inclined titanium dioxide rotary kiln body to both roll in the circumferential direction and move in the axial direction (from high end to low end) to continuously complete the dehydration and calcination process. Finally, it enters the cooling machine through the double hydraulic flap discharge valve at the lower part of the kiln head cover. The material after cooling and screening is the finished titanium dioxide.Technical
| No. | Specification (m) | Drawing | Basic parameter | Main reducer | Main motor | Thrust roller type | Supporting bearing | Weight (t) | |||
| Rev r/min | Slope % | Capacity t/d | Model | Power kW | Rev r/min | ||||||
| 1 | Φ2.4×38 | （T929） | 0.2 ～0.6 | 2.2 | 30 | ZS125 | 30 | 1470 | Mechanical | Rolling | 150 |
| 2 | Φ2.8×53 | J920 | 0.1 ～0.3 | 4 | 50 | ZS145 | 22 | 1470 | Mechanical | Rolling | 271 |
| 3 | Φ3.2×55 | J931A | 0.1 ～0.3 | 4 | 67 | ZS165 | 55 | 1470 | Hydraulic | Rolling | 275.4 |
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