Power Glory’s lithium-manganese button cell batteries serve as the energy core across multiple industries. Since 2004, Power Glory has become a leading Chinese high-tech enterprise in lithium micro-power, offering the world’s most comprehensive product range. These tiny cells power PC motherboard BIOS backups, ETC toll systems, blood glucose meters, and smart smoke detectors—ensuring stability, reliability, and long life. From smart healthcare to intelligent security, Power Glory’s batteries quietly drive digital transformation and IoT innovation.

Power Glory, a leading Chinese micro-lithium battery maker, will exhibit at CIBF2026 (Shenzhen, May 13-15, 2026, Booth 5T051). It showcases eight series including CR, BR, and rechargeable ML batteries, serving IoT, automotive electronics (TPMS, smart keys, ETC), and consumer electronics. With 20+ years of expertise, it holds “Little Giant” and “Green Factory” titles, 80+ patents, and green manufacturing. Global partners are welcome.

Power Glory introduces a 900Wh/L lithium-manganese pouch battery using a laminated structure that maximizes reaction interfaces and space utilization. This design reduces internal resistance, enhances pulse capability, and ensures safety through aluminum-plastic film encapsulation. With an ultra-low self-discharge rate of 1% and stable operation from -40℃ to +60℃, the battery is ideal for IoT, smart wearables, and industrial applications, redefining micro-energy solutions with high performance and reliability.

From CP073040 to CP1005050, this is not merely a physical leap between two model codes, but also a microcosm of Power Glory's efforts to build core competitiveness in the micro power supply field. A complete range of standard models acts like a well-trained "regular army," covering most common market needs; while the "combination punch" of flexible intelligent manufacturing enables the company to deploy "special forces" to execute customized tasks at any time. With emerging industries such as the Internet of Things, the low-altitude economy, and humanoid robots poised for takeoff, the role of power supplies as the underlying support is becoming increasingly crucial. Power Glory is leveraging this network woven from specialized, refined, and innovative technologies, flexible production lines, and deeply customized services to continuously solidify its leading position in the lithium micro power supply field, injecting a continuous stream of power into smart hardware innovation in China and globally.

Power Glory's "Flexible Intelligent Manufacturing," based on a mature lithium-manganese chemistry system, ensures long battery life and high safety. Leveraging its technological expertise in pouch batteries, it provides customers with customized lithium micro-batteries and highly adaptable power solutions. Power Glory's lithium-manganese pouch batteries, through standardized performance grading and flexible customization, are simplifying the complex issue of choosing the right battery into a clear solution. Whether your product needs to be thinner and smaller, or stronger and longer-lasting, this specification sheet may provide the perfect answer. When flexible intelligent manufacturing meets rigid demands, the future of lithium-manganese pouch batteries is just beginning.

For high-volume applications, Power Glory offers cost-effective and stable standard series products. For toys, laser pointers, and other devices requiring high pulse discharge, select the corresponding high-rate discharge models. For ultra-thin applications such as smart cards, specialized thin battery solutions are available. Faced with diverse and complex application demands, Power Glory is not only a manufacturer of high-quality lithium manganese button batteries but also a trustworthy partner for power supply solutions. In today's world, where electronic devices demand ultimate reliability and long-lasting battery life, the selection of button batteries has transformed from a "supporting role" to a "critical factor" in determining the success of a product. A scientific selection process demonstrates responsibility for product quality and a commitment to user safety. With over twenty years of technological expertise and a deep understanding of various application scenarios, Power Glory provides precise solutions that go beyond just batteries, creating safer, more reliable, and more durable smart products.

Power Glory's miniature battery product line covers various types, including lithium-manganese button batteries, lithium-manganese cylindrical batteries, and lithium-manganese soft-pack batteries.

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

The lithium-manganese pouch battery is comprehensively optimized for space-constrained environments. Utilizing an ultra-thin laminated structure and a customized form factor, it perfectly adapts to the internal space constraints of wearable devices. Unlike traditional metal-cased batteries, the lithium-manganese pouch battery uses flexible packaging materials, such as aluminum-plastic film, instead of a rigid metal casing, significantly improving its adaptability. These innovations allow the battery to adjust its shape according to the internal space of the device, maximizing the use of every millimeter of space. This miniaturization technology frees up valuable space within wearable devices.