Dry Process Ceramic Sand Rotary Kiln

Ceramic sand rotary kiln is also known as ceramic rotary kiln, ceramic sand drum kiln, ceramic drum kiln, ceramic clay kiln. It is the working temperature can reach (950 ℃ ~ 1050 ℃) calcined ultra-fine kaolin process. At present, ZK CORP in the industry technology is mature, advanced, represents the ultra-fine kaolin calcination technology development direction. This calcination technology low energy consumption, high yield, dehydration products, decarbonization whitening, stable performance, can be used for paper and coatings and other industrial fields.
Ceramic sand rotary kiln is a rotary kiln equipment, in the rotary kiln equipment is also more special, is the special equipment of ceramic sand, and its wide range of uses, can also be used for clay, yellow mud, river mud, powder coal ash, shale, slag and other materials calcined work. The ceramic sand rotary kiln in the ceramic production line is mainly responsible for the roasting stage, the production runs smooth, less failure, significant production efficiency.
Ceramic sand rotary kiln performance characteristics: 1.The structure - ceramic sand rotary kiln structure is simple, with a high volume per unit, long kiln life, high operating rate, stable operation, high heat transfer efficiency, low heat consumption. 2. The operation - ceramic sand rotary kiln is the most convenient place is the temperature automatic control, over-temperature alarm, the second into the wind waste heat utilization, kiln lining long life. 3. The production - ceramic sand rotary kiln production of ceramic products after the quality is also very good, thanks to the advanced equipment kiln sealing technology and equipment, stable operation, high yield significant advantages.
In view of the large time lag, non-linearity and time-varying temperature characteristics of ceramic sand rotary kiln, ZK CORP adopt the fuzzy adaptive PID-Smith compound control strategy of rotary kiln temperature, and according to the rotary kiln thermal balance. The results of the analysis and the characteristics of the smith predictor, the temperature control model of different rotary kiln temperature is identified by the relay identification method, and the continuous ceramic sand equipment change of the actual model is approximated by the discrete approach. Does not match the estimated compensation error caused by the ceramic sand production line.