18650 battery 3.7V 10Ah lithium ion battery pack for solar light
18650 lithium ion battery pack with 3.7V 10Ah is widely used for solar light, LED, Flash light, power bank etc
Read More18650 lithium ion battery pack with 3.7V 10Ah is widely used for solar light, LED, Flash light, power bank etc
Read MoreFT555255P 3.7V 1500mAh used lipo battery built with PCM and it has high cycle lfe and super quality.
Read More14.8V 3500mAh Li-ion Battery Pack used 4pcs INR18650GA in serials built with PCM to prevent over charge, over discharge, short circuit. The cycles life is more than 500 cycles. Original Sanyo cells
Read MoreOEM ODM 18650 14.8 v Li-ion 4S1P 2000mAh 2200mAh 2400mAh 2600mAh 14.8v vacuum cleaner lithium battery
Read MoreICR18650 4S1P 14.8V 2200mAh battery pack for detector S/N Details Parameters Remarks 1 Rated voltage 14.8V 2 Rated capacity 2200mAh discharge with 0.2C to 5.5V after fully charge within 1h, measuring the discharge time 3 Limited charge voltage 16.8V 4 Internal resistance ≤ mΩ 5 charge mode C.C/C.V. 6 Standard charge current 440mA 0.2C 7 Max Charge Current 2200mA 1C 8 Standard discharge current 440mA 0.2C 9 Max Discharge current Continuous: 2200mA 1C 10 Working temperature charging 0~45℃ discharging -10~60℃ 11 Storage temperature 1 Month -10~45℃ Charge to 40%~50% of capacity when storage 6 months -10~30℃ 12 Storage humidity 45%~75% relative humidity 13 Weight Approx 200g 14 Cycle life 300 times capacity≥80%
Read MoreRechargeable button cell VS lithium polymer cell
Rechargeable button cells, and pouch cells are widely used in wearable products. These two types offers unique characteristics and applications.
A coin cell, also known as a watch battery due to its frequent use in watches, is a small, round battery typically composed of a metal casing containing the electrode materials and the electrolyte. These batteries are often sealed to prevent leakage and are known for their compact size and reliability in low-power devices such as calculators, watches, and small medical devices.
Similar to coin cells, Rechargeable button cells are small, round batteries encased in metal with the electrode materials and electrolyte inside. The key difference lies in their application and size variations. Button cells are used in a wide range of applications, including hearing aids, remote controls, and small electronic devices. They come in different sizes and are known for their stable voltage output over time.
Pouch cells, also known as lithium polymer cell diverge in design from coin and button cells. They consist of flexible packaging materials such as aluminum laminated films that house the electrodes and electrolyte. Pouch cells are lightweight, compact, and offer higher energy densities compared to their rigid counterparts. They are commonly used in applications requiring high energy density and custom shapes, such as smartphones, tablets, and electric vehicles.
Coin cells and button cells are small, round batteries often used in low-power applications, but they differ in size and thickness. Coin cells are typically larger and thinner compared to button cells. Pouch cells, on the other hand, are flexible and lightweight lithium-ion batteries used in high-capacity applications like smartphones and electric vehicles. The materials used, the enclosure type, and the applications they are suited for also differ among these three battery types.
Feature | Coin Cell | Button Cell | Pouch Cell |
Shape&Size | Larger and thinner | Smaller and thicker | Flexible and variablein size |
Application | Low-power devices(e.g., watchescalculators) | Low-power devices(e.g., hearing aidsmedical devices) | High-capacityapplications(e.g.smartphones,EVs) |
Materials | Lithium, alkalinesilver oxide | Lithium, alkalinesilver oxide | Lithium-ion |
Enclosure | Rigid metal casing | Rigid metal casing | Flexible pouch |
Energy Density | High | Moderate | High |
Flexibility | Rigid | Rigid | Flexible |
●Advantages: Compact size, reliable performance in low-power devices.
●Disadvantages: Lower energy density, non-rechargeable in most cases.
●Advantages: Versatile applications, stable voltage output.
●Disadvantages: Limited energy capacity, typically non-rechargeable.
●Advantages: High energy density, lightweight, customizable shapes.
●Disadvantages: More expensive, less mechanically robust than rigid cells.
Most coin cells are non-rechargeable. However, there are some rechargeable variants, usually labeled as LIR (Lithium-Ion Rechargeable).
Recharging a button cell is not typically recommended unless it is specifically designed to be rechargeable, such as some lithium-ion button cells. Attempting to recharge non-rechargeable button cells can be dangerous.
When selecting a coin cell battery for your devices, it's crucial to understand the differences between rechargeable and non-rechargeable options. often based on lithium-ion technology, are designed for applications that require frequent battery replacement and recharging, making them ideal for high-usage devices. Non-rechargeable coin cells, on the other hand, use chemistries like lithium, alkaline, or silver oxide, providing long shelf life and stable voltage, suitable for low-power, long-duration applications. Key differences include lifespan, capacity, cost, and environmental impact. If you have any questions or needs about our button cell batteries, please feel free to contact us sales@fellotech.com
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