oft pack pouch cell

CP602429 Lithium Pouch Cell are widely used for portable listening device,security,smart security cards,flat-profile wireless asset tracking tags,electronic toll collection systems,postal tracking systems,electronic record tracking systems,wireless tracking of medical records.

The CP1004040 is a 4300mAh square lithium-manganese soft-pack battery, featuring a 40.5 × 40.5 mm symmetrical design, specifically designed to provide a stable 3V power supply for smart devices requiring a compact and organized space layout.

The size is 5.0×24×95mm (thickness×width×length), and the weight is only 23g, which is lighter than the steel shell battery of the same capacity. It supports 5mm ultra-thin customization and is suitable for scenes that are sensitive to thickness, such as bank cards and flexible electronic patches.

CP303555 is a high-performance, ultra-thin lithium manganese soft-pack battery designed for long-life, low-power IoT devices. It adopts advanced lithium manganese chemical system and flexible soft-pack packaging technology, combining high energy density, excellent temperature adaptability and excellent discharge stability. Its ultra-thin volume and lightweight structure provide reliable and long-lasting energy solutions for space-constrained smart devices.

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 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.