Power Glory's comprehensive product strategy has ultimately been validated in the vast application market. Currently, power glory batteries have deeply penetrated into many key sectors of the national economy. In the consumer electronics sector, its products are widely used in computer motherboards, smartwatches, electronic keys, electronic price tags, and more, providing lasting power for a convenient digital lifestyle. In the automotive electronics field, Power Glory Battery is a core power supplier for tire pressure monitoring sensors, smart car keys, and ETC devices, earning the trust of many mainstream automotive manufacturers with its high reliability. In the smart metering field, Power Glory provides ultra-long-life power solutions for smart electricity meters, water meters, and gas meters worldwide. Furthermore, Power Glory also holds a significant market share in niche markets such as high-end medical equipment, IoT terminals, and industrial backup power supplies

In today's world, lithium manganese button batteries, with their stable performance and portability, have become an indispensable power source for small electronic devices. From smartwatches to electronic scales, from medical devices to IoT sensors, behind these seemingly ordinary batteries lies more than two decades of accumulated and breakthrough technological processes.

In an era where data is as valuable as gold, the security and stability of memory backups rely heavily on small yet durable lithium-manganese batteries. When we click to save a file or query a database, have we ever wondered what protects those crucial memory backups? In servers, industrial computers, and various smart devices, there is an inconspicuous yet vital "silent cornerstone"—the lithium-manganese battery. For twenty years, it has remained unseen, ensuring data safety even in the event of power outages, malfunctions, or other unexpected situations.

Have you ever excitedly bought a new smart device, such as a cool key tracker, a sophisticated thermometer, or a stylish desktop clock, only to be stunned when installing the batteries? Looking at the small battery compartment in my hand, and then at the dazzling array of batteries on the shelf, a series of questions popped into my head: Should I use the one that looks like a small button, or the flat cylindrical one usually called "CR2032"? They seem pretty much the same? Should I just buy any one that works? Hold on! This choice is far more important than you think. Choosing the wrong battery can lead to anything from poor device performance and reduced battery life to potentially damaging your beloved devices. Today, this practical guide will thoroughly clarify the differences between lithium manganese batteries (represented by CR2032) and the broad family of button batteries, helping you overcome your choice paralysis and become a "power expert" among your friends!

With smart devices ubiquitous today, making IoT devices more power-efficient and longer-lasting has become a challenge every engineer must face. The rapid development of the Internet of Things (IoT) has connected billions of devices to the internet, many of which rely on disposable batteries for years or even decades. In these applications, lithium-manganese button batteries have become the preferred power source due to their compact size, stable voltage, and long life.

The lithium battery industry has achieved a breakthrough in efficient production. An innovative production line has significantly increased the efficiency of lithium-manganese button battery manufacturing. Power Glory has successfully completed trial production on its fully automated high-speed production line, capable of producing 300 button batteries per minute, enabling "dark night operation." This has shortened the overall lead time for high-performance lithium-manganese button batteries by 30%, potentially meeting the urgent demand for high-performance, compact power supplies in emerging applications such as tire pressure monitoring systems (TPMS), electronic price tags (ESLs), and blood glucose meters.

5G IoT devices widely use button batteries, mainly due to their following advantages: Small and compact: IoT devices are becoming increasingly miniaturized, and button batteries are well suited to this demanding space requirement. High energy density: Especially in chemical systems such as lithium-manganese button batteries (such as CR2032), it can provide high energy in a small volume, meeting the long-term battery life requirements of IoT devices.

A sports bracelet, also known as a fitness tracker or smart bracelet, is a small electronic device worn on the wrist that is mainly used to monitor and record the user's physical activity, health status and sleep quality. It uses various sensors to collect data and synchronizes with a smartphone via Bluetooth to display detailed analysis reports on the accompanying APP.

Children's luminous shoes usually have LED light-emitting components on the soles or uppers. The colourful light-up feature makes them very popular among children and adds an element of fun to walking.

There is a need for vertical industries such as enterprise digital transformation, the creator economy, education and medical care. The global AI PC market is expected to experience explosive growth in 2025, with shipments surpassing 110 million units and a penetration rate of 35%-40%. China accounts for 42% of the global market and has a penetration rate of 38%, leading the world.