What are the characteristics of lithium iron phosphate calciner

  The lithium iron phosphate calciner is a kiln equipment independently developed, designed and produced by our company, and its performance has been recognized by multiple customers. The characteristics of the lithium iron phosphate calciner are mainly reflected in the following aspects.

1. The lithium iron phosphate calciner can achieve complete sealing, effectively protecting the atmosphere of the calcined powder, reducing the oxygen content in the calcination environment to below 1ppm. The sealing has obtained multiple national technical patents. Moreover, the protective gas The amount of body used is one eighth of that of other devices

2. It can continuously import and export materials, which is relatively high in automation and saves manpower compared to production with larger powder production

3. The environmentally friendly high-temperature calcination furnace for lithium battery raw materials adopts a new dynamic calcination method, which continuously lifts and flips the materials during operation. Its heat conduction speed is fast, the material reaction is complete, and the calcination cycle can be greatly shortened. The materials produced are uniform, with stable batches and higher quality

4. Due to the use of special heating modules, special insulation materials, and advanced production processes, the lithium iron phosphate calciner has minimal heat loss. When the temperature inside the furnace is 800 degrees, the surface temperature of the furnace body is below 50 degrees. The energy consumption is one-third of that of other kilns. This can save huge costs and strengthen market competitiveness in one year

5. The entire heating process of the lithium iron phosphate calciner can be preset in advance and automatically completed through the PID intelligent control system. The heating system adopts phase-shifting triggering to achieve slow start and slow shutdown, and smooth operation

6. The lithium iron phosphate calciner basically has no vulnerable parts or consumable parts, which can save 40% of daily production costs and very low maintenance costs in the later stage