3200mAh 3.7V Li Po Battery 104065 for Consumer Electronics

The UFX104065 3.7V 3200mAh lithium polymer battery is designed for portable electronic devices that require high capacity, compact dimensions, and reliable rechargeable power. With a 3200mAh capacity, 3.7V nominal voltage, built-in PCB protection, and flexible customization options, this LiPo battery provides an efficient power solution for consumer electronics, IoT devices, smart equipment, and other compact applications.

Part 1. Why Choose a 3.7V Lithium Polymer Battery?

Lithium polymer batteries are widely used in modern electronic devices because they offer an excellent balance between energy density, lightweight design, and customization flexibility. Compared with traditional battery technologies, a 3.7V LiPo battery can provide higher capacity in a smaller and thinner package, making it suitable for applications where space and weight are important factors.

The UFX104065 3.7V lithium polymer battery features a compact 10×40×67mm design while delivering 3200mAh capacity, helping product designers achieve longer operating time without increasing device size. Its flexible pouch structure also allows customized shapes, sizes, connectors, and battery configurations to fit different product requirements.

Due to these advantages, lithium polymer batteries are commonly used in wearable electronics, portable consumer devices, smart home products, IoT equipment, and other space-limited applications requiring stable rechargeable power.

Choosing the right battery cell structure is essential for product design. Learn more about the differences between cylindrical, prismatic, and pouch cells in our detailed guide: Cylindrical vs Prismatic vs Pouch Cells: Which Battery Type Is Better?

Part 2. How Long Can a 3200mAh Battery Last?

The runtime of a 3200mAh battery depends on the power consumption of the device. Battery capacity indicates the amount of stored energy, while actual operating time is determined by the device's current consumption, operating conditions, and power management efficiency.

The basic calculation method is:

Battery Runtime (Hours) = Battery Capacity (mAh) ÷ Device Current Consumption (mA)

For example, a device consuming 100mA current may operate for approximately 32 hours with a 3200mAh battery, while a device consuming 500mA may operate for approximately 6.4 hours.

In real applications, battery runtime may vary depending on temperature, charging efficiency, discharge conditions, and device usage patterns. The UFX104065 3200mAh LiPo battery provides extended operating time for portable products that require reliable and long-lasting power.

Part 3. Built-in PCB Protection and Safety Performance

Safety and reliability are essential when selecting a rechargeable lithium battery. The UFX104065 is equipped with an integrated protection PCB using DW01 protection IC and dual MOS 8205 components to improve battery safety during charging and operation.

The built-in protection circuit helps prevent overcharging, over-discharging, and short circuits, ensuring more stable performance throughout the battery lifecycle. For electronic manufacturers, a reliable PCB protection design helps simplify battery integration and improves overall product reliability.

Using certified and protected lithium polymer batteries helps reduce safety risks and provides additional confidence for consumer electronics development.

Battery protection plays a critical role in safety and reliability. Explore the differences between PCM, PCB, and BMS to better understand battery protection solutions for different applications.

Part 4. Connector, Wire, and Custom Battery Solutions

Different electronic products require different connection designs. To support easier integration, the UFX104065 3200mAh lithium polymer battery supports flexible wire and connector customization according to specific application requirements.

This battery uses UL3302 24AWG wire and a Molex 51021-2P 1.25 connector, providing a reliable connection solution for various electronic applications. Ufine also supports customized wire lengths, connector types, PCB configurations, and battery pack designs.

These flexible customization options allow engineers to integrate the battery more efficiently into different product structures while reducing unnecessary design changes.

Part 5. KC Certification and Quality Assurance

Battery certification plays an important role in ensuring safety, reliability, and compliance with market requirements. The UFX104065 lithium polymer battery is KC certified, supporting quality assurance and helping manufacturers meet relevant safety standards.

For companies developing products for regulated markets, certified battery solutions can simplify product testing processes, improve product reliability, and provide greater confidence during commercialization.

Part 6. Why Choose Ufine as Your Lithium Battery Partner?

With 18 years of lithium battery manufacturing experience, Ufine specializes in providing customized lithium polymer battery solutions for global customers. From prototype development to mass production, Ufine supports customers with professional engineering assistance, flexible customization, and reliable manufacturing capabilities.

Ufine provides customized solutions including battery size, capacity, connectors, wires, PCB protection, and battery pack structures to meet different product requirements. With strict quality control processes, certification support, flexible MOQ, and factory-direct supply, Ufine helps customers develop reliable power solutions for portable electronics, IoT devices, medical equipment, and smart products.

Need a customized lithium battery solution for your product? Contact Ufine Battery today to discuss your requirements and get professional support from our battery engineers.