Battery Handbook

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ENERGIZERBATTERYMANUFACTURING
VERSION1.2
Figure1:CrossSectionViewofZincAirPrismaticBattery
EnergizerZincAirPrismaticbatteries aredesignedtoallowairtoentertheairholesandtopreventthe
transportofliquidelectrolyteoutofthebattery.Agasketisusedtosealbetweentheanodecupand
thecathodecan.Thegasketalsoelectrically insulates thenegativecup
fromthepositive can.An air
electrodeandalooselayerofTeflonarecompressedontoabandofsealantonthebottomofthecan.
ThisTeflonlayerallowsgassestoenterthebatterywhilepreventingliquidfrompassingthrough.
1.3‐‐FeaturesofZincAirPrismatic
Energizer’sZincAirPrismaticbatteriesoffera 5mmthin,prismaticconstructiondesignedtoworkwitha
variety of applications.This shape is consistent with the low profile design of today’s devices, often
requiring a thinner battery solution.The thinnest round cell available is the AAAA battery at
approximately8
mm,andmanyLithiumIonrechargeablesolutionshaveathicknessof5mm.
Energizer Zinc Air Prismatic batteries also offer the opportunity to significantly lower manufacturer
costs.It is likely that the cost of a Zinc Air Prismatic battery solution will be less than the cost of a
LithiumIon
battery.AddingtothecostofaLithiumIonsolutionisthecostofcircuitryforchargeand
dischargecontrol,whichisnotneededwithZincAirPrismaticbatteries.FurthermoreZincAirPrismatic
batteriesarereadytobeusedoutofthepackage.Thereisnoneedforchargeadaptors.
EnergizerZincAirPrismaticbatteriescanlastupto3Xlongerthancomparablevolumebatterysystems.
This service advantage is due to Zinc Air technology offering the highest energy density for non‐
rechargeableandrechargeableconsumerbatteries.Figure2demonstratesthisadvantageoverAlkaline
andLithiumIonbatteriesofsimilar
volume.










