In applications with stringent power stability requirements, such as IoT terminals, medical instruments, smart meters, security systems, and industrial sensors, industrial-grade button batteries play an irreplaceable role as miniaturized, long-life energy
Deep within smart meters, on circuit boards in medical devices, and within the micromodules of automotive tire pressure sensors, a tiny button battery quietly powers the entire system's long-term operation.
On automated SMT lines, card-mounted button batteries, through standardized packaging, precise positioning, anti-static design, and superior electrical performance, completely resolve the feeding challenges of traditional bulk batteries, significantly imp
During the industrial button battery processing, uneven thickness of the electrode rolling is one of the key issues affecting the consistency of battery performance.
The leakage problem of industrial button batteries in high temperature and high humidity environments is essentially the result of the synergistic effect of the internal chemical system and external environmental stress.
In low-temperature outdoor environments, the battery's internal temperature may drop too low due to continuous heat dissipation, further deteriorating its discharge performance.