CP Lithium Manganese Pouch Batteries

The CP073040 lithium manganese pouch cell adopts a laminated electrode design, achieves high space utilization through a multi-electrode stacking process, maintains high energy density under an ultra-thin structure

Omnergy brand CP114752 is an ultra-large capacity lithium manganese dioxide (Li-MnO₂) disposable soft pack battery with a rated capacity of up to 540mAh and a stable output voltage of 3.0V. Designed for high-energy consumption IoT terminals, industrial-grade security equipment and long-term maintenance-free systems, it uses aluminum-plastic film flexible packaging technology to achieve lightweight and ultra-thin form, solving the pain points of traditional cylindrical batteries that occupy large space and have poor low-temperature performance.

Power Glory's CP102833 uses a cutting-edge lithium manganese dioxide (Li-MnO₂) chemical system to achieve a high capacity of 120mAh . Designed specifically for implantable medical devices, ultra-thin wearable hardware and space-constrained IoT terminals, it replaces traditional steel shells with flexible aluminum-plastic film packaging to redefine the power supply standard for micro devices.

Power Glory's CP076045 breaks through the temperature limit of lithium-manganese batteries and maintains a full capacity output of 230mAh in a high-temperature environment of 60°C. It uses ultra-high-performance diaphragms and high-temperature self-polymerizing electrolytes, and is specially developed for ultra-high-temperature scenarios such as engine compartment sensors, industrial furnace monitoring equipment, and desert photovoltaic systems, completely solving the problem of rapid reduction in life caused by high-temperature bloating and manganese dissolution of traditional batteries.

Power Glory Omnergy brand CP155050 is a high-performance lithium manganese dioxide (Li-MnO2) disposable soft-pack battery that adopts advanced winding structure and ultra-thin flexible packaging technology. Rated voltage 3.0V, it provides ultra-high energy density and ultra-flat discharge curve to ensure long-term stable operation of electronic devices. Designed for IoT devices, medical instruments and microelectronic products with strict requirements on space, weight and reliability, it is an ideal lightweight solution to replace traditional button batteries or cylindrical batteries.

Lithium manganese soft pack battery CP502525: high-energy and long-lasting micro power solution
As a representative of the new generation of 3V lithium manganese soft pack batteries, CP502525 has become an ideal power source for the Internet of Things, smart cards and micro electronic devices with its ultra-high energy density, ultra-long life and flexible design.

Against the backdrop of the growing demand for miniaturization and long life of IoT devices and smart terminals, lithium manganese soft-pack batteries have become an ideal choice for high energy density energy supply solutions with their unique physical and electrochemical properties. As an important member of the primary battery (non-rechargeable) family, CP405050 breaks through the limitations of traditional metal shells with its soft-pack structure, integrating the high-voltage platform of the lithium manganese chemical system with the ultra-thin form of the soft-pack design, providing space-sensitive electronic devices with both lightweight and highly reliable energy solutions.

CP352865 is a high-performance lithium manganese soft pack battery designed for ultra-thin IoT devices. It adopts flexible packaging technology and lithium manganese chemical system, with 1500mAh high capacity, 1% self-discharge ultra-long life and -20℃~+60℃ wide temperature range working ability. It is only 3.5mm thick and as light as <11g, providing a "lifetime maintenance-free" energy solution for space-critical smart devices.

Aluminum-plastic film packaging breaks through the rigid constraints of traditional batteries, supports any special-shaped cutting (arc, hollow, polygon), and adapts to non-standard spaces such as medical patches and curved sensors.