Nano iron oxide for batteries
Summary
Iron oxide is primarily produced using unique synthesis technology and high-purity raw materials, offering advantages such as high purity, low impurity content, small particle size, uniform particle distribution, high-temperature resistance (no color change at 600°C), and excellent dispersibility. It is now widely used in lithium iron phosphate batteries.
Performance indicators
Project Metrics
Model/TypeUG-F902D
Appearance: Red powder
PH value 6-8
Particle size nm 20-30
Specific surface area m2/g 80-90
Iron Oxide Content % ≥ 99.8
Hydrochloric acid insoluble matter % ≤ 0.02
Loss on Drying % ≤ 0.1
Usage
1. Application in lithium iron phosphate batteries:

Iron oxide, as the main component of lithium iron phosphate batteries, offers advantages such as non-toxicity, no pollution, wide availability of raw materials, low cost, and long lifespan. It also exhibits excellent cycling performance, high-temperature resistance, and safety. Compared to lead-acid batteries, lithium-ion batteries using iron oxide materials provide increased driving range, higher power output, and improved speed.
2. Application in nickel-cadmium batteries:
As a negative electrode material, the main function of iron oxide is to give cadmium oxide powder higher diffusivity, prevent agglomeration, and increase the capacity of the electrode plate. This enables nickel-cadmium batteries to have good high-current discharge characteristics, strong resistance to overcharging and overdischarging, and simple maintenance.