Camelion power cell

Choose the right size and chemistry by matching the device’s required 3V lithium button cell. Options in this range include CR1616, CR2016, CR2032, and CR1220 in silver, all with lithium manganese dioxide chemistry. Each size offers different nominal capacities (for example 50 mAh for CR1616, 75 mAh for CR2016, and 210 mAh for CR2032) and operates from -20°C to 60°C, ensuring reliable power across everyday devices like watches, car keys, remotes, and calculators.

Camelion button cells in this range combine lithium manganese dioxide chemistry with high energy density, providing long runtimes and stable voltage for demanding applications. They’re designed to handle high drain situations and maintain performance across typical operating temperatures, reducing the need for frequent replacements in gadgets such as medical devices, remotes, and key fobs. Their polarity is clearly labelled to prevent insertion errors and short circuits.

Store them in a cool, dry place within the 18°C–28°C range and keep polarity orientation clearly visible to avoid incorrect insertions. These primary (non-rechargeable) cells pass safety standards like UN38.3 for safe transport, and packaging provides clear usage icons to recognize correct application. Avoid mixing with other battery chemistries and handle used cells with care to minimize leakage risk.

Common choices include CR1616 for small gadgets like car keys and watches, CR2016 for compact remotes and calculators, CR2032 for keyboards and larger remotes, and CR1220 for extra-small devices. Selecting the correct size is essential to ensure proper fit and reliable operation, so always verify the device’s required button-cell size before purchasing.

These Camelion cells generally come with no additional warranty beyond the packaging’s stated terms, so rely on the documented safety features such as correct polarity marking and UN38.3 testing for safe handling during transport. For everyday use, practice careful insertion and avoid exposing cells to extreme heat or moisture, which can compromise performance and longevity.

Yes, these lithium button cells are designed to function across a wide temperature range, including sub-zero conditions. This makes them suitable for devices carried in pockets, bags, or vehicles where temperatures may drop, ensuring consistent power delivery when you need it most.