A Leader in Li/CFx-Hybrid Chemistries
EaglePicher’s Li/CFx-hybrid technology is on the cutting edge of primary battery chemistries and offers the highest energy density. Our products offer high specific energy and energy density, while providing very low self-discharge, wide operating temperature range, and improved abuse tolerance compared with other lithium chemistries.
In recent years, EaglePicher has achieved technology advancements that allow us to expand the range of cell form factors and user applications while maintaining performance and safety. We offer:
- Li/CFx and Li/CFx-MnO2 hybrid cells in a variety of cylindrical form factors that are well-suited to portable power, automatic meter reading, down-hole and electronic applications. These cells are ideal for high-energy, low-rate applicaitons where low weight is critical
- Li/CFx-MnO2 hybrid pouch cells in various prismatic form factors are appropriate for aviation and portable power applications
- A pouch cell form factor that provides optimal packaging efficiency at the battery level, enhancing maximizing specific energy and volumetric energy density versus cylindrically based battery packs. Pouh cell format offers energy and safety advantages for conformal wearable battery and prismatic battery applicaitons.
- High-energy Li/CFx-MnO2 hybrid technology has two times specific energy compared to Li-SO2
New, high power Li/CFx-MnO2 hybid battery technology has demonstrated double the service life of current batteries. Several batteries are being devlopment with high-rate hybrid pouch cell technology.
EaglePicher's automated production line has a capacity of 250k cells per year. With more than 40 years of experience with CFx chemistry and over 25 years with MnO2, EaglePicher knows these technologies!
What is a CFx battery?
A CFx battery is a lithium carbon monofluoride battery (Li/CFx). Li/CFx batteries are primary or non-rechargeable batteries. Li/CFx batteries have high energy density and long-storage life. They are very stable and ideal for military and space applications.