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High-Performance Industrial Alkaline Cells

High-performance industrial alkaline cells from Panasonic provide customers with a long-lasting run time

Image of Panasonic High-Performance Industrial Alkaline CellsPanasonic's alkaline batteries are designed with a power density that enables them to last longer while still supporting industrial-strength applications. Panasonic’s industrial alkaline cells are standardized with high current and a large capacity. The alkaline series provides customers with high-performance results and over 80 years of excellent quality. The product offers a good shelf life (up to 7 years) and has no special disposal requirements in the United States.

Applications
  • Toys and cordless products
  • Security
  • Medical devices
  • Flashlights
  • Electric shavers
  • Virtually any handheld product

High-Performance Industrial Alkaline Cells

ImageManufacturer Part NumberDescriptionPart StatusBattery ChemistryAvailable QuantityView Details
BATTERY ALKALINE 1.5V AALR6XWA/BBATTERY ALKALINE 1.5V AAActiveAlkaline Manganese Dioxide0View Details
BATTERY ALKALINE 1.5V AAALR03XWA/BBATTERY ALKALINE 1.5V AAAActiveAlkaline Manganese Dioxide0View Details
BATTERY ALKALINE 1.5V DLR20XWA/BBBATTERY ALKALINE 1.5V DActiveAlkaline Manganese Dioxide0View Details
BATTERY ALKALINE 1.5V CLR14XWA/BBBATTERY ALKALINE 1.5V CActiveAlkaline Manganese Dioxide42556 - ImmediateView Details
BATTERY ALKALINE 9V6LF22XWA/BBATTERY ALKALINE 9VActiveAlkaline Manganese Dioxide0View Details
BATTERY ALKALINE 1.5V AA 2=2LR6XWA/2SBBATTERY ALKALINE 1.5V AA 2=2ActiveAlkaline Manganese Dioxide6690 - ImmediateView Details
BATTERY ALKALINE 1.5V AAA 2=2LR03XWA/2SBBATTERY ALKALINE 1.5V AAA 2=2ActiveAlkaline Manganese Dioxide0View Details
BATTERY ALKALINE 1.5V AALR6XWA/BBATTERY ALKALINE 1.5V AAActiveAlkaline Manganese Dioxide0View Details
BATTERY ALKALINE 1.5V CLR14XWA/BBBATTERY ALKALINE 1.5V CActiveAlkaline Manganese Dioxide162 - ImmediateView Details
BATTERY ALKALINE 1.5V DLR20XWA/BBATTERY ALKALINE 1.5V DActiveAlkaline Manganese Dioxide0View Details
Published: 2016-10-17