Applications


Smoke Alarms


Smoke alarms are essential fire-safety warning devices used in homes, retail stores, office buildings, industrial facilities, and other environments. Responsible for round-the-clock fire monitoring and early hazard detection, they require a highly stable, continuous, and safe power supply for uninterrupted long-term operation.

Special-purpose security lithium batteries are specifically developed for fire-warning equipment, focusing on three core advantages: ultra-long standby time, ultra-low power consumption, and enhanced safety. They are precisely designed to meet the 24/7 operating requirements of smoke alarms throughout the year.

Featuring ultra-low self-discharge cell technology, these batteries offer excellent energy retention and extremely slow power loss, providing years of maintenance-free operation. This significantly reduces the labor and maintenance costs associated with routine inspection and battery replacement, eliminating the inconvenience of frequent battery changes.

The cells are manufactured using specialized heat-resistant, anti-aging, sealed, and leak-proof processes, allowing them to perform reliably under complex indoor and outdoor temperature and humidity conditions. Even during extended standby or continuous operation, they resist swelling, leakage, and failure, ensuring exceptional durability.

Stable and balanced discharge output supports different operating modes, including standby monitoring, fire detection, and audible and visual alarms. When an alarm is triggered, the battery can rapidly deliver high current for an immediate response, helping reduce false alarms and missed warnings.

Multiple physical and intelligent protection mechanisms ensure stable power delivery even under extreme conditions such as high temperatures and overloads, while helping prevent short circuits and fire risks. Suitable for residential, commercial, and engineering smoke-alarm systems, these batteries provide long-lasting and dependable power to strengthen fire safety protection.


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