Reliable alkaline button cells for your everyday devices
The Technik alkaline button cell AG2/LR59/196/396 provides dependable 1.5V power in a compact size, making it ideal for watches, calculators, medical devices, and small electronics. You get a 10-pack of high-quality button cells that offer long-lasting performance and stable voltage output.
Why choose these button cells
You can count on these batteries when you need a consistent and durable energy source. Designed with alkaline-manganese dioxide chemistry, they deliver reliable capacity and performance even in a wide temperature range. With trusted Technik quality, you get batteries that are ready whenever you need them.
Main applications
These button cells are commonly used in watches, laser pointers, toys, calculators, and many other compact gadgets. If you’re looking for a 12V 1A socket switched-mode power adapter for LED lighting, you need steady voltage. Similarly, with these 1.5V alkaline button cells, your devices will perform smoothly without interruption.
Technical specifications
- Technik alkaline button cell AG2/LR59/196/396 offers a reliable 1.5V energy source for watches and electronic devices.
- Nominal voltage: 1.5V provides a stable supply, ensuring your small electronics work efficiently.
- Capacity: 24 mAh, offering enough charge for long-lasting runtime in low-drain devices.
- End point voltage: 0.9V, ensuring proper discharge cycle and predictable battery life.
- Dimensions: 7.9 mm diameter and 2.6 mm height, perfectly fitting standard AG2 battery compartments.
- Chemical system: Alkaline-manganese dioxide for safe, stable, and durable energy storage.
- Working temperature: -20°C to 60°C, making it reliable for different environmental conditions.
- Packaging: Supplied as a convenient 10-pack with compact 52 x 170 mm blister pack dimensions.
Storage and handling
Store the batteries between 0°C and 35°C with 45% to 75% relative humidity to maximize shelf life. Keep them in their original color packaging until ready to use, ensuring safety and performance.
