The lithium iron phosphate calciner is mainly used for drying and calcining lithium iron phosphate and other powder processing. Our company's lithium iron phosphate calciner can use various energy sources such as electricity, natural gas, coal gas, liquefied petroleum, etc. for indirect heating.
Below, let's understand the characteristics of the lithium iron phosphate calciner:
1. Dynamic calcination, compared to the static sagger loading calcination method, can overcome the problems generated during the powder material calcination process.
Defects such as raw burning, overburning, and entrainment improve the reaction time and quality uniformity of the powder material 2. All refractory materials are made of ceramic fiber modules, which have the advantages of light weight, good temperature uniformity, fast heating speed, good thermal stability, and energy conservation. The power consumption of the lithium iron phosphate calciner is much lower than that of other similar products, greatly reducing production costs 3. High operational flexibility, allowing for significant fluctuations in production without affecting product quality 4. The rotary body material is made of imported heat-resistant alloy to make the furnace tube, which has the characteristics of high temperature resistance, resistance to certain acids and alkalis, low wear resistance, and high strength 5. The temperature control of the lithium iron phosphate calciner adopts PID control method, which has the advantages of simple structure, stability and reliability, convenient adjustment, and wide application range. Different temperature curves, heating times, and holding times can be set according to the process 6. Due to the long residence time of materials in the dryer, there is a significant difference in residence time between material particles, which is not suitable for materials with strict temperature requirements
