Kaolin rotary kiln is also called kaolin calcining kiln. The advantages of this equipment can be seen from the name of the equipment. It is a specialized equipment developed based on the characteristics of kaolin. In the actual application process, it has large production capacity and work efficiency. A series of advantages such as high performance, strong operation stability, environmental protection and no noise, it is a building material equipment with more functions and excellent performance

The kaolin rotary kiln operates under heavy load and alternately at a slow speed under high temperature. The maintenance of its accessory equipment and the level of thermal system control are related to the safety and efficiency of the rotary kiln. The maintenance of the transmission device is mainly the lubrication of the equipment, the running state, the dynamic detection and the meshing accuracy of the large and small gears; the installation accuracy of the supporting device determines the safe and reliable operation of the rotary kiln, and attention should be paid to the reasonable control of the load distribution of the supporting wheels of each gear during operation. , The arrangement form of the supporting wheel, the upward and downward pressure and time of the hydraulic retaining wheel, the force of the supporting wheel, the gap between the tyre and the backing plate. The quality of the sealing device directly affects the thermal system and operating cost of the rotary kiln. Strengthen the daily maintenance data analysis and analysis of the kaolin rotary kiln, which is conducive to the management of the equipment.

1. The process technology of calcination of ultra-fine kaolin at medium temperature in kaolin rotary kiln represents the development direction of ultra-fine kaolin calcination technology. This calcination technology has low energy consumption and high output. The product is dehydrated, decarbonized and whitened, and has stable performance.

2. Kaolin rotary kiln classification has fine particle size, high precision, large processing capacity, low energy consumption per unit product, low wear and high efficiency, and has been well developed and utilized.

3. The crushing limit has small particle size, large crushing ratio and processing capacity, low energy consumption per unit product, low abrasion, high efficiency, and a wide range of applications.