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Products > Lithium Iron Phosphorous Oxide(Cathode Material)
Company Profile

With the rapid development of electronic technology, people always want their products with light, thin, short, small and easy to carry. Electronic devices suffer from harsh power consumption demand with multimedia technology blooming. All power storage device chasing high starting voltage, high energy density, security, and efficiency (non- memory effect) to fulfill customers and environmental needs. Li-ion battery is the best solution to meet all these demands. In the near future, the Li-ion battery will replace Lead-acid and Nickel series (including Ni-MH and Ni-Cd) battery in various applications.

Lithium Cobalt battery is the maturest and the most successful technology in all kinds of lithium-ion batteries. They are widely used in Mobile phone, Notebook computer, Digital camera and various hand-held multimedia devices. But Lithium Cobalt cathode material will be molecular structural damaged in high temperature(>200℃), causing thermal run-away effect which will constrain the battery application especially when High Power surge requested (such as Power tool, UPS or E.V. batteries).Until the lithium iron phosphorous oxide cathode material emerged, which material catches people’s attention immediately in power battery market. Moreover, the new cathode material is the most significant milestone as to next generation in secondary battery development.


Why Lithium Iron System?

Characteristics of lithium iron batteries:

  1. High weight energy density:
    — 110~140Wh/kg, much better than lead acid ~40Wh/kg
  2. High rate capability
    — Up to 30C for surge, 3~5C for continuous use
  3. Cyclability
    — Minimum 2000 cycles with 80% capacity remaining
  4. Safety consideration
    — The best in lithium iron batteries, compatible with lead acids
  5. Environmental consideration
    — No toxic component and is RoHS compatible
    — Waste reduction eventually owing to prolonged cycle life
  6. Price consideration
    — Expected to be comparable with lead acids
  7. Availability
    — Materials required are the most abundant elements in the world

Core Competitiveness

Core Competitiveness of Lithium Iron Phosphorous Oxide Cathode Materia

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