In an era where smartwatches have evolved from luxury gadgets to essential health companions, the demand for reliable, long-lasting, and compact power sources has skyrocketed. At the heart of this wearable revolution lies a tiny yet mighty component: the lithium-manganese (Li-Mn) coin cell battery. Designed to meet the rigorous needs of modern wearable devices, Li-Mn batteries are redefining energy efficiency, safety, and sustainability in the tech industry. Let’s explore why these batteries are the unsung heroes of smart electronics and what their future holds.

The core advantages of lithium manganese button batteries 1. High voltage stability - Constant output: The nominal voltage of lithium manganese batteries is 3V, and the voltage remains almost stable during the discharge process (the discharge curve is flat), which prevents the remote control from weakening or malfunctioning due to voltage drop. - Pulse current support: When the remote control transmits a signal, it requires an instantaneous high current (about 10-20mA). Lithium manganese batteries can respond quickly and maintain voltage stability to ensure the reliability of signal transmission.

Lithium manganese button batteries (CR series) have become the core power supply of smart medical devices, especially continuous glucose monitoring (CGM) systems due to their unique performance advantages. The following is a detailed description of technical characteristics, model comparison, application scenarios and industry trends:

In Europe, smart meters, as key nodes for intelligent energy management, urban management and equipment management, are becoming more and more popular at an unprecedented rate. Behind this, CR123A lithium manganese cylindrical battery and CR2032 button battery, as reliable energy sources, silently escort the stable operation of smart meters and help build a smart world where everything is connected.

The cold chain and ESL industries in Europe are booming, but the harsh low-temperature environment poses a severe challenge to the battery performance of the equipment. Ordinary button batteries lose capacity sharply at low temperatures, and may even fail to work properly, causing equipment failure, affecting logistics efficiency and retail experience.

With the increasing popularity of smart devices, smart anti-lost devices have become an indispensable tool in the lives of many people. Whether it is tracking keys, wallets, luggage, or the location of pets, smart anti-lost devices can help us quickly locate and avoid loss. However, the performance and reliability of these small devices largely depend on their core power source - button batteries. CR2032 and CR2025 button batteries have become the preferred power source for smart anti-lost device positioning systems due to their high capacity, long storage time, low self-discharge rate and long life.