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1350mah li polymer battery

(178 products available)

About 1350mah li polymer battery

Types of 1350mAh Li-Polymer Battery

A 1350mAh lithium-polymer battery is an important mobile device power supplier. People can find this battery in several configurations, such as:

  • Single Cell Li-Poly Battery

    The common 1350mAh Li-Poly battery features a single-cell setup. This compact construction offers steady energy release. As a result, it fits perfectly in gadgets where space is at a premium, such as smartphones and e-readers. Simple construction enables easy use across multiproducts.

  • Multi-cell Configuration

    Some larger devices may require a multi-cell setup with two or more connected cells. These configurations increase the total capacity to support power-hungry devices. Laptops and tablets, for example, need a longer battery life.

  • Prismatic Cells

    The Li-Poly battery design comes in flat, rectangular prismatic shapes. They fit tightly into slim devices for easy storage. This style proves popular for 1350mAh batteries in current gadgets.

  • High Discharge Battery

    For handheld electronics like drones, a polylithium battery with a high discharge rate works well. Users can experience immediate energy supply, suitable for power-seeking motors or quick processing. They also have the 1350mAh capacity needed for long-term usage.

Industrial Applications of 1350mAh Li-Polymer Battery

  • Smartphones

    This battery is a smartphone's heart. It resides in almost all models across several brands. It strikes a good balance between ensuring safety and easy portability. That is why it's commonly used in many smartphone designs today. Most importantly, this battery has a 1350mAh capacity, which gives it enough energy for daily use without a bulky feel.

  • Tablets and E-Readers

    Li-Polymer batteries, especially the 1350mAh ones, power e-readers and tablets. They offer long usage hours with compact designs. The polymer casing helps the battery maintain shape and density, unlike regular batteries. It lets manufacturers design slimmer tablets and e-readers while still providing enough battery life for readers and tablet users to enjoy.

  • Drones and Wearables

    Small gadgets like smartwatches, fitness bands, and drones rely on 1350mAh Li-Polymer batteries. Usage in these devices requires lightweight and flexible power sources. Fortunately, the polymer battery meets this demand. It allows innovative designs that seamlessly track health or fly while providing decent battery life. More importantly, its compact size keeps wearables light and easy to wear all day.

  • Wireless Accessories

    Bluetooth headphones, wireless earbuds, and other accessories use this battery. It plays a crucial role in powering them. Most importantly, it offers great energy density and fits well in the small spaces of wireless gadgets. This is beneficial because the battery powers long audio play without frequent charging. Users can enjoy music, calls, and more with minimal power interruptions.

  • Portable Medical Devices

    Wireless batteries power portable medical gadgets. Some of these gadgets include blood monitors and pulse oximeters. These batteries offer dependable power for crucial medical evaluations on the move. Additionally, the 1350mAh capacity provides optimal energy for long-term usage. This keeps the devices functional throughout medical procedures without adding extra weight.

Product Specifications and Features of 1350mAh Li-Polymer Battery

Technical Specifications

  • Battery Type: Lithium Polymer (Li-Poly)
  • Capacity: 1350mAh
  • Voltage: 3.7V nominal, up to 4.2V when fully charged
  • Dimensions: Vary by design, typically slim and flexible
  • Weight: Lightweight due to polymer construction
  • Charge Cycle Durability: Up to 500 full charge cycles

Key Features

  • Shape and Design Flexibility: Unlike cylindrical lithium batteries, polymer batteries have flexible shapes. Thus, they are suitable for thin and compact gadgets. They are adaptable in design. That is why they can adjust to different product sizes and profiles.
  • Lightweight Build: Users can carry it safely as it is very light. Manufacturers can use this battery in products where weight matters most. Some of these products include wearables and mobile gadgets.
  • Safety Mechanisms: Safety-first approach design excludes metal casings. Thus, risks from punctures or mishandling are mitigated. Smart features like overcharge protection are accessible.
  • Gradual Power Release: Smooth energy release ensures gadgets run efficiently. Therefore users can enjoy longer functionality intervals before needing a recharge.
  • Enhanced Performance: This battery type can handle multiple charge and discharge cycles. They provide longer battery life to users and less inconvenience, especially in customers' smartphones.

How to Install/Use

This section discusses properly installing and using the battery to boost performance while minimizing damage.

  • Installation Procedure

    The device's power management system is essential to understand before insertion. This helps the battery work with the device seamlessly. Polymer batteries have varying thicknesses. So ensure the slot space can accommodate this specific model. A tight or loose fit may cause issues. Use proper tools like small screwdrivers to open parts of the device cases.

  • Inserting the Battery

    Locate the slot area where the old battery was. If it is one's first replacement, just slot this one in the space. Ensure any connectors align before securing them. For devices with adhesive connectors, a gentle press will attach them well. Then, after placing the battery, reinstall any protective casings or covers to avoid physical damage.

  • Initial Charging

    After installing the battery, it will be best to charge it fully before using it for the first time. This helps optimize its performance. Connect the device to a power source, then monitor it to ensure it charges steadily. Avoid charging on heat-producing surfaces like blankets. It helps maintain airflow and coolness during the charging process.

  • Regular Maintenance Tips

    Never fully deplete the battery during normal use. Doing this often reduces its lifespan. Instead, recharge when it hits around 20%-30% remaining power. Also, keep charged batteries in a cool area. Excessive heat damage gadgets and mobile li polymer batteries.

Quality and Safety Considerations of 1350mAh Li-Polymer Battery

  • Use Official Chargers

    Always use the recommended charger. As a result, it will help charge the battery safely. Never use random cables or fast chargers on Li-Polymer batteries. They may overheat and damage them. OEM chargers send the right power levels. They prevent harm to important smartphone parts like the battery.

  • Monitor Heat Levels

    Excessive heat can still damage Li-Polymer batteries. Ensure devices are in cool areas. For instance, placing them on fans or in the fridge, will not be ideal. Frequent heat buildup within the battery leads to swelling, leaks, or even fires. It's burning an internal plastic separator that ensures safety.

  • Regularly Inspect Battery Health

    IOS devices like iPhones have built-in options to check battery status. Users will know when their battery needs replacement. Some batteries swell or lose charge power over time. By monitoring wear early, users avoid dangerous situations and gadget failure.

  • Follow Proper Disposal Methods

    A void tossing smartphone batteries anywhere. Batteries contain toxic metals and chemicals that harm the environment. Arrangements should be made with local recycling centers. This will ensure it is disposed of correctly. Many electronic stores also recycle old batteries safely.

  • Manufacturers Should Adhere to Quality Standards

    Quality materials are used to create Li-Polymer batteries only by trusted brands. Batteries that have safety marks like CE, RoHS, or ISO ensures well-tested performance. Good quality helps gadgets run smoothly while preventing dangers like explosions.

Q & A

Q1. Does a lithium polymer battery have a long life?

A1. Yes, although it is important to manage charging and discharging levels well. That is why it is often used in gadgets that people frequently use, like smartphones and tablets.

Q2. What damage can Li-Polymer batteries cause when they overcharge?

A2. Overcharging a lithium polymer battery can lead to swelling, leaking, or even explosions in extreme cases. However, most modern gadgets contain protections that avoid overcharging.

Q3. What happens when a lithium polymer battery is fully discharged?

A3. Lithium batteries can lose some of their charging abilities if they are fully discharged repeatedly. This is why devices prompt users to charge the battery, especially when it is getting low.

Q4. What is the primary danger of a lithium polymer battery?

A4. Lithium polymer batteries are dangerous if punctured, exposed to high heat, or overcharged. However, one can easily avoid many of these issues with proper care and safety precautions.

Q5. Do lithium polymer batteries have a memory effect?

A5. No, lithium polymer batteries do not suffer from memory effects. This means they do not lose storage capacity even if they are partially charged regularly. They go through several charge cycles without degradation.