Battery pack Kodak Xtralife AA / R6 — 10 pieces

Kodak Xtralife AA (R6) battery pack contains 10 AA-size alkaline cells designed to supply standard voltage for a wide range of household electronic devices. These cylindrical batteries are intended as direct replacements for devices that require AA/R6 batteries and come packaged together to simplify storage and multiple replacements.

Advantages

The Kodak Xtralife AA cells offer consistent output suitable for everyday devices, with a reliable alkaline chemistry that performs well in low-to-moderate drain applications. The pack of 10 provides convenience for households and professionals who need several batteries on hand, reducing the frequency of repurchase. The standard AA form factor ensures compatibility with remotes, toys, clocks, flashlights and other common gadgets that accept AA batteries.

Suitable for

• TV and audio remotes
• Children's toys and electronic games
• Wall clocks and alarm clocks
• Handheld flashlights and lanterns
• Portable radios and small audio devices

Key specifications

• Battery type: Alkaline
• Size: AA (R6)
• Quantity: 10 cells per pack
• Cell shape: Cylindrical
• Nominal voltage: Standard AA voltage (approx. 1.5 V per cell)
• Intended use: Low-to-moderate drain consumer electronics

How to use

Insert the AA cells into the device following the polarity markings (+ and −) indicated in the battery compartment. Replace all batteries in multi-cell devices at the same time to ensure balanced performance. Store unused batteries in a cool, dry place and avoid mixing new and used cells in the same device. Dispose of spent batteries according to local regulations for alkaline battery recycling or waste management.

Usage recommendations

For optimal results, use Kodak Xtralife AA batteries in devices with low-to-moderate current draw. Remove batteries from devices that will be stored for long periods to prevent leakage. If a device shows reduced performance, check battery contacts for corrosion and replace the entire set of batteries rather than mixing old and new cells.