(102142 products available)
Suppliers offer these types of OEM Li-polymer batteries on Alibaba.com in bulk.
This battery with a voltage of 3.7V and a capacity of 10000mAh is good for many gadgets. It is light and simple to shape, providing flexible energy for portable tools. Its lithium-ion design enables numerous charging cycles without significant wear. This makes it ideal for use in mobile devices, tablets, and compact electronics, where reliable and extended power is needed.
Buyers can use this pliable and lightweight lithium polymer battery in power banks, Bluetooth receivers, and headphones. It provides a steady 3.7V voltage and can hold up to 10000mAh on a full charge. The battery's design permits many charges, making it eco-friendly and economical for gadgets regularly charged. Its shape aids in making slim or compact power banks.
This battery's polymer design enables it to be shaped and forms a battery that is efficient and light for tablet use. Its 3.7V power and 10000mAh capacity offer prolonged use between charges. The battery can endure many charge and discharge processes. This durability offers great reliability for daily tasks.
This thin and lightweight battery suits gadgets as it can be shaped and is safe. With 3.7V power and 10000mAh energy storage, it enables long hours of operation for mobile tools. The battery retains efficiency after repeated charging, which makes it optimal for devices requiring constant power. Its subtlety and ability to reshape allow easy placement.
These are the key features of the OEM Li-polymer batteries:
Durable and light build
The devices have a slim design, as the 3.7V Li-polymer batteries for OEM power banks are 10000mAh in capacity. This feature enables them to easily fit and be carried around in mobile devices. Their design makes them lighter than other battery types. Their strength allows sustained use without breaking down easily.
Minimal self-discharge rate
The OEM 10000mAh Li-polymer battery for tablets has a minimal self-discharge rate, retaining charge for long when not in use. This function makes it efficient, as users do not frequently need to recharge it. Its self-discharge allows the battery to keep power for weeks or months without getting drained.
Many charge cycles
The 10000mAh Li-polymer battery can go through many charge and discharge cycles. Normally, it lasts for about 300-500 cycles, depending on usage. This longevity provides users with extended service life.
Enhanced frequency of usage
The less frequent need to recharge saves time and increases convenience for users with many devices powered by the battery. This usability ensures that the gadgets are ready to use when needed and do not require constant charging.
OEM Li-polymer batteries are used in various electronic products. They supply power to smartphones, tablets, wearables, and wireless devices. They charge and store energy in electric vehicles and portable power tools. Their lightweight and flexible nature make them fit for these applications.
Here's how to install OEM Li-polymer batteries:
Prepare the gadget
Users should first turn off their device and unplug it. They should remove any cover protecting the old battery. This makes it easier to get access to the components.
Attach the new battery
The new Li-polymer battery should be connected to the gadget through its power connector. Users should gently plug the battery into the device's connector. They should avoid forcing it, as this may cause damage.
Secure the battery
The battery connection should be secured using tape or a similar adhesive substance. The device cover should be replaced, and the device should be turned on to check if it is operating as intended.
Charge fully
Users should leave the device plugged in for some hours. This allows the battery to become fully charged. Once charged, users can start using their device normally.
OEM Li-polymer batteries require some care for longevity. Users should keep the battery in a cool area. Extreme heat or cold should be avoided, as these can harm battery materials. The battery should not be left empty for long. Letting it sit at low charge harms it. To maintain good health, the battery charge within the range of 20% to 80% should normally be done.
OEM Li-polymer batteries should have required certifications. They include the CE mark and ROHS designation. These certifications show the batteries meet safety and quality standards. Such compliance reduces the risk of faults or dangers.
Users should avoid using batteries with visible damage. Indicators of such damage are swelling, cracks, or punctures. Batteries with such physical damage decrease performance and may be dangerous. They could explode or cause fires, so users should dispose of them safely.
Users should not leave Li-polymer batteries charging overnight or unattended. Charging them without supervision might sometimes lead to overheating. This overheating leads to battery failure or danger. To avoid these situations, devices should be unplugged once fully charged.
Batteries should only be charged with manufacturers' recommended chargers. Using an incorrect charger results in improper charging. This situation might cause overcharging or undercharging, leading to reduced battery life or explosion in severe cases. Always check the charger specifications before using them.
Batteries should not be stored in a full or empty state. It is best to keep the charge level between 20% and 80% if a battery will be stored for some time. Prolonged storage at a full or empty charge state harms the battery. Proper storage conditions contribute to the maintenance of battery health.
Battery prices in bulk are impacted by many factors. These factors include order size, battery type, and market trends. Large orders lower per-unit costs, providing better deals for bulk buyers. Specialty batteries may be more costly due to their unique design or need for special materials.
Shipping charges are a major factor when ordering batteries in bulk. Batteries, like Li-polymer, have special shipping needs because they are regarded as dangerous goods. This can impact the total shipping price. Buyers can lower costs by picking slower shipping or larger quantities at once.
For large battery purchases, choose sellers with a good history. They should have a strong network of OEM and ODM contacts. Suppliers should show the ability to give consistent products with dependable shipping. Select suppliers who handle multiple orders quickly and efficiently.
When ordering batteries in bulk, discuss any custom needs ahead of time. Buyers should ask for OEM parts to match existing systems or special additions for new designs. They can also inquire about branding or unique packaging. Clear specs help suppliers meet requests on time.
Buyers should verify that each batch meets quality standards. Ask for data on inspections or tests performed by the manufacturer. Schedule visits if needed to review the production process. Request samples before full payment to confirm the product is as expected.
A1. Li-polymer batteries come in various forms due to their design. They are made to fit many devices and allow producers to create sleek, unique products. This flexibility helps give smaller electronics the power they need while staying lightweight and compact.
A2. OEM Li-polymer batteries are used in many devices. Phones, tablets, wireless earbuds, drones, and smart wearables rely on them for power. Their lightweight, flexible design works well for gadgets that are portable and need rechargeable batteries for continued use.
A3. Yes, Li-polymer batteries work with fast charging. They handle quick charging well without as much heat build-up. This ability supports technology like smartphones that need rapid power boosts. Care must be taken with charging speeds to ensure battery health is maintained.
A4. When managed properly, Li-polymer batteries are safe for the environment. They have a lower carbon footprint than other battery types. Their lightweight design reduces energy use in devices. Recycling programs can lessen ecological impact.
A5. Producers complete various actions to confirm Li-polymer battery safety. They incorporate protective measures like heat regulation and overcharge prevention. Battery performance undergoes examination to check for problems. Certification from third parties provides assurance that the batteries meet safety standards.