Duracell AAAA Alkaline Batteries (MX2500): Compact Power for Precision Devices

In a world where precision and compactness matter, Duracell presents the AAAA Alkaline Batteries (MX2500), designed to provide reliable power for specialized devices. These quadruple-A batteries are indispensable for devices that demand both size efficiency and high performance. 

Key Specifications:

The Duracell MX2500 AAAA Alkaline Batteries are engineered to deliver dependable power for a range of specialized devices. Here are the key specifications:

Size: AAAA
Chemistry: Alkaline
Voltage: 1.5 Volt
Brand: Duracell
Package Type: 2 on a Card

Compact Power for Precision Devices:

AAAA batteries, also known as quadruple-A batteries, are smaller and thinner than their AAA counterparts. These batteries are typically used in high-precision devices such as laser pointers, stylus pens, and certain medical instruments. The Duracell MX2500 AAAA Alkaline Batteries provide a stable 1.5 volts of power, ensuring that your compact, high-precision devices operate reliably.

Wide Compatibility:

Duracell's MX2500 AAAA batteries are known by various designations, including LR61, 25A, MN2500, E96, EN96, GP25A, LR8D425, 4061, K4A, Quadruple A, Quad A, and 4AAAA. This wide range of designations reflects their versatility and compatibility with different precision devices.

Reliable Duracell Quality:

Duracell has a long-standing reputation for providing reliable power solutions. The MX2500 AAAA batteries continue this tradition of quality, ensuring that your precision instruments perform as expected.

The Duracell MX2500 AAAA Alkaline Batteries are your trusted choice to power high-precision devices that demand compact yet potent energy sources. Their compact size, dependable performance, and the reputation of the Duracell brand make them an excellent option for various applications, especially those requiring precision and reliability. When you select Duracell, you're not just choosing batteries; you're making a reliable and trusted choice to ensure that your specialized devices receive the consistent power they need to function effectively.