Duracell alkaline AA (LR6) batteries pack — 24 cells, single-use

Duracell alkaline AA (LR6) batteries in a 24-cell pack are single-use primary cells intended for common battery-powered devices. These AA (LR6) batteries provide standard alkaline voltage and are supplied in a multipack suitable for households, offices and situations where multiple spare batteries are needed. The cells are designed for reliable shelf life and steady output until fully discharged.

Advantages

These Duracell AA alkaline cells deliver consistent performance in a wide range of low- to moderate-drain devices and maintain charge during storage. The multipack format reduces the need for frequent purchases and keeps a ready supply of batteries for daily use. Single-use construction removes the need for a charger and simplifies replacement in devices that do not support rechargeable cells.

Suitable for

• TV and media remote controls
• Toys and electronic games
• Flashlights and portable lighting
• Clocks and wall timers
• Wireless keyboards, mice and other peripherals

Key specifications

• Cell type: AA (LR6), alkaline single-use battery
• Quantity: 24 cells per pack
• Nominal voltage: 1.5 V per cell
• Chemistry: alkaline manganese dioxide
• Intended use: low- to moderate-drain consumer electronics

How to use

Insert each AA (LR6) cell into the device following the indicated polarity (+/−). Replace depleted cells with new Duracell alkaline AA batteries in matching positions to ensure correct operation. Do not attempt to recharge single-use alkaline cells; dispose of used cells according to local regulations. Store unused batteries in a cool, dry place away from metal objects that could short the terminals.

Usage recommendations

For best results, use these Duracell AA alkaline batteries in devices with low to moderate power demands. For continuous high-drain applications, evaluate device power requirements and consider using batteries specifically designed for high-drain devices. Keep batteries in their original packaging until needed and avoid mixing old and new cells or different battery chemistries within the same device.