
CR2025 3V lithium coin cell battery - Energizer
- 3V lithium for connected intimate accessories
- Guaranteed stable and long-lasting power
- Long shelf life up to 10 years
- Shipping
in 24/48h - Free delivery
from €70 - Secure
payment - Discreet
packaging
Description
The CR2025 coin cell battery from Energizer is the ideal power source for your connected intimate accessories and electronic toys. This 3V high-performance lithium battery guarantees stable, long-lasting power for all your sensitive devices.
Exceptional reliability: With its advanced lithium technology, this battery offers a remarkable shelf life of up to 10 years. No more unexpected power failures to interrupt your moments of intimacy.
Universal compatibility: Perfectly suited for intimate toy remote controls, smartwatches, medical devices, and precision electronic equipment. Its standard CR2025 format fits most devices on the market.
Consistent performance: The stable 3V voltage ensures optimal operation of your devices, without power fluctuations that could affect your experience. This battery maintains its performance even under intensive use.
Energizer quality: Trust the expertise of a brand recognized worldwide for the quality of its batteries. Each CR2025 battery undergoes rigorous testing to ensure its reliability and safety in use.
This lithium coin cell battery is also perfect for powering calculators, computer motherboards, car key fobs, and all your small everyday electronic devices.
Always keep a spare battery on hand so you never have to interrupt your connected pleasures. Investing in a quality battery ensures peace of mind and long-lasting performance.
Specifications
Specifications
- Type : CR2025 button cell
- Voltage : 3V lithium
- Shelf life : 10 years
- Brand : Energizer
- Compatible with connected intimate accessories
About Energizer
About Energizer

-
Une question ? On vous répond
Via le chat « Besoin d'aide ? »
-
-10 % sur votre 1re commande
En vous inscrivant à la newsletter
-
Retours sous 14 jours
Produit non ouvert, emballage d'origine





