All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(262900 products available)
The characteristic feature of a flexible polymer battery is flexibility. That allows it to be molded into non-conventional forms. For example, smartphones with bendable and innovative designs or wearables with batteries embedded in designs they haven’t come up with yet. 1250mAh Li Polymer batteries, with flexibility and a slim design, can be used in such niche battery designs.
A rechargeable lithium polymer battery with 1250mAh is classified as a high energy density battery which is especially important in modern electronics, as more and more devices require power for longer operational periods. This battery could deliver more performance in a lighter, more compact package and thus, become a widely used battery in many products.
SPB offers a more secure alternative, based on a solid polymer electrolyte rather than a liquid electrolyte. Due to this property, such 1250mAh batteries offer good density and safety; therefore, they are in demand in the electric vehicles and aerospace markets, where the risks entailed in battery failure are great.
It is a necessity in today's fast transit world, and lithium polymer batteries, like the 1250mAh Li-ion fast charging batteries, are able to support quick charging cycles. They can often reach 80% in a matter of minutes, so they are ideal for mobile devices that need constant power replenishing throughout the day.
Such batteries are designed to work effectively in extreme heat conditions. They utilize advanced polymer technology rather than classic liquid electrolytes. That makes them more suitable for industries such as aerospace, automotive, and defense where operational temperatures are high. These batteries keep their structural integrity and performance, reducing the risks of battery failure.
Smartphones, tablets, wireless earphones, and too modern devices that demand a compact battery and high energy density for optimum performance are powered with this lithium polymer battery. With flexible designs and high energy density, Li Polymer batteries are in demand in this industry due to their lightweight and compact size.
They specifically designed compact and flexible batteries, such as fitness trackers, smartwatches, and health monitoring devices. For wearables, a 1250mAh Li Polymer battery provides enough energy for long daily use without increasing the bulk or weight, especially in gadgets for sports tracking of health, which demands durability.
The batteries are typically used in remote control operation throughout various industries. As an example, they are often employed in drones and other unmanned vehicles to provide control over flight and exploration. The non-removable battery provides these devices with reliability and endurance, which are critical for their effective operation. The primary goes a long time and can be charged if it runs out.
These batteries play a key role in providing energy for the propulsion system without compromising the design. Materials and designs that go into drones and e-vehicles ensure that batteries do not add much to the weight. Advanced battery technologies, such as solid polymer batteries and those that can endure high temperatures, are also ideal for EVs and drones because of the extended flight/driving time and safety.
Battery-powered medical equipment such as portable ultrasound machines and monitoring devices are critical for diagnosis and patient care. This 1250mAh battery is excellent for medical implants because of its non-removable feature, and it allows medical devices to operate seamlessly while ensuring safety, thus revolutionizing how healthcare is delivered.
Typical voltage: The standard voltage range for a 1250mAh Li polymer battery is between 3.7-4.2 volts. Capacity: The battery has a capacity of 1250mAh, which provides several hours of power to a device. Energy density: 250Wh/m2 (typical) with an energy density of 1,500Wh/m2 (the specific energy density is high). Charging cycles: Up to 500 charge cycles offer long battery life.
Ideally, Li Polymer batteries should be installed by professionals. In general, open the device that contains Inbuilt battery, unplug the old battery, making sure there was no product damage and then connect the new battery to the device. Close the gadget after assuring that everything is connected well.
Several steps are involved in a 1250mAh Li Polymer battery. For optimal maintenance: Do calibrate the battery by charging it to 100% and discharging it to 0% at least once every month. Avoid keeping it at 100% charge or letting it drain to 0% for long. Store it at 50% charge in a cool place if not used for a longer period. In general, over time, a lithium polymer battery requires several general maintenance tips to stay healthy: Keep the battery safe from extreme temperatures. Don't overcharge or let it drain completely. It is advisable to keep the device powered regularly to keep the battery healthy. Remove the battery from the device if the gadget is not intended to be used for a long time.
Do not put Li Polymer batteries in the microwave oven or expose them to high temperatures. Li Polymer batteries shouldn't be punctured, either. It might create a fire or cause an explosion. Such batteries shouldn't be charged using non-specific chargers. Always use the chargers recommended by the device manufacturer. And as stated earlier, always keep the battery safe from moisture and humidity for a better lifespan.
Manufacturers produce batteries with specific charging protocols. Using a non-manufacturer charger will mean there was no battery protection against overcharging, leading to battery swelling and even exploding. Device manufacturers explicitly state the kind of charger to use; users should always pay attention to that detail.
Charging lithium polymer batteries should be done in a temperature-controlled environment. These batteries are charged at temperatures below freezing and above 60°C. Extreme temperature charging can cause the battery's internal structure to change and compromise its integrity. Poor-quality batteries also bear the same challenge. Don't let the device heat up while charging. Find a cool place to charge the device. If the device heats up during charging, find a space that isn't exposed to direct heat at any time.
The reports of lithium polymer batteries causing fire or an explosion often follow physical damage to the cell. Puncturing, crushing, or giving any external force to a Lithium Polymer battery can cause internal short circuits and chemical reactions that lead to fire. Such batteries should be strictly kept away from sharp instruments or devices that might exert too much pressure on them.
If not used for a long time, charge lithium polymer batteries to around 50% and keep them in a cool, dry place. Do not keep batteries in high-temperature environments. High heat will damage the battery's internal structure; light, on the other hand, will degrade its materials. That means users will only have to deal with either a swollen battery, a shattered battery, or a burning battery when exposed to light or heat. After the battery has been stored in the right conditions, check its state and, if necessary, recharge it to about 50% before using it again. Doing this will help maintain optimum battery health even if it is stored for years without use.
A: Among the key benefits is a lightweight build. Lithium polymer batteries are renowned for their lightweight, making them ideal for portable electronics. Second, they offer design flexibility. They are not as rigid as other batteries, making them easier to design and manufacture. They can be 1-5mm thin and as much as 200mm thick. Third, there is high energy density. Lithium polymer batteries can hold a high amount of energy per unit volume.
A: The primary difference is that Lithium-ion batteries have liquid electrolytes, while lithium polymer batteries use solid or gel-like electrolytes. That gives the latter a more flexible form, more lightweight, and safer features.
A: Store it in a cool and dry environment since exposure to heat and moisture will degrade the battery's material. Also, ensure the charge level is around 50% to keep the battery in a healthy state until it is next used.
A: 1250mAh lithium polymer batteries are primarily found in smartphones, tablets, and wearables, which demand slim, lightweight power sources. They also power drones and remote control devices, offering flight and control time and making them ideal for such gadgets. Medical gadgets also use such batteries because of their reliability and endurance, especially for implanted devices. e-vehicles also use advanced battery designs.
A: These batteries offer several advantages: They are lightweight. They are easier to design. They are safer. The combination makes them ideal for the electric vehicle industry because they provide enhanced performance without compromising space and weight.
