Panasonic Eneloop BK-4MCCA16FA AAA 800mAh 1.2V Low Self Discharge Nickel Metal Hydride (NiMH) Button Top Batteries - 16 Pack Retail Card
Item #:
PANASONIC-BK-4MCCA16FA
Brand:
Panasonic
$34.50
In Stock
SKU
PANASONIC-BK-4MCCA16FA
Note: This item is not eligible for any promotions or coupon codes.
Found a better 'as delivered' price elsewhere or buying in volume?
Give us a chance to match or beat it. Contact us!
Related Products
Description
Panasonic Eneloop AAA Batteries - 16 Pack
Pick yourself up a pack of 16 high-quality, environmentally-friendly, Panasonic Eneloop AAA Batteries for all your household needs. Thanks to a rechargeable Nickel Metal Hydride (NiMH) chemistry, these batteries can go through up to 2100 recharge cycles and have an incredible 10 year shelf life. So while half of the batteries in the pack are being used, the rest can be in reserve as back-ups for when the current ones need a recharge. These AAA batteries have an 800mAh capacity and 1.2 volts of energy, making them perfect power sources for lights, clocks, remotes, and more.
Features:
- Pre-charged and ready to use
- Factory charged using solar energy
- Low self-discharge
- Maintains 70% of full charge for up to 10 years
- No memory effect - can be recharged any time
- Compatible with any quality NiMH charger
- Fully recyclable
- Environmentally friendly packaging
Specifications
- Brand: Panasonic Eneloop
- Battery Size: AAA
- Chemistry: Nickel Metal Hydride (NiMH)
- Capacity: 800mAh
- Voltage: 1.2V
- Charge Cycles: 2100
- Shelf Life: 10 Years
- Dimensions (Individual Cells):
- Length: 1.75"
- Diameter: 0.41"
- Weight (Individual Cells): 13g
Reviews
Reviews and Q&A
Bright Buys
- Doorbuster DealSpecial Price $1.00 Save 13 % Reg. Price $1.15FREE SHIPPING Over $50 *
- Doorbuster DealSpecial Price $25.00 Save 57 % Reg. Price $58.00FREE SHIPPING Over $50 *
- Black Friday DealSpecial Price $63.96 Save 20 % Reg. Price $79.95FREE SHIPPING *
- Doorbuster DealSpecial Price $14.99 Save 50 % Reg. Price $29.95FREE SHIPPING Over $50 *
Login and Registration Form