Lithium iron phosphate calcination furnace is a commonly used kiln equipment. In terms of technical performance, the channel kiln adopts the conventional static stacking calcination method. Due to the accumulation of materials, it has the characteristics of easy entrapment, long reaction time, incomplete volatile emission, high manual stacking intensity of the box bowl, low relative output, and low uniformity of product quality during the calcination process; For rotary kilns, due to the use of a new dynamic calcination method, the material is constantly lifted and flipped during operation, resulting in fast heat conduction speed, complete material reaction, and greatly shortened calcination cycle. Volatile gas emissions can be more complete and rapid in dynamic calcination (rotary furnace).
Performance characteristics of lithium iron phosphate calcination furnace:
1. The lithium iron phosphate calcination furnace is suitable for the calcination of lithium iron phosphate positive electrode materials for lithium-ion batteries.
2. Sintering of carbon molecular sieves, catalysts, and water filtration static particles.
3. The alternating strengthening of one furnace with two tanks greatly reduces heat loss and lowers production costs.
4. Randomly configure a slow cooling box and a loading rack to facilitate the rotation and loading of the furnace during the cooling process.