1. Good safety performance

Polymer lithium batteries have a unique structure, and their proprietary aluminum packaging will not cause explosions even when safety hazards occur.

2. Small thickness, can be made thinner

Polymer lithium batteries overcome the bottleneck of lithium batteries in thickness, achieve ultra-thin settings, and can also be assembled into credit cards. For ordinary liquid lithium batteries, the method of customizing the shell first and then introducing the positive and negative electrode materials is generally adopted. The thickness is difficult to be less than 3.6mm, while polymer batteries can currently achieve a thickness of less than 1mm, which meets the current demand for mobile phones.

3. Light weight

Polymer lithium batteries do not need to use metal shells as outer packaging. In terms of quality, they are 40% lighter than steel shell lithium batteries of the same capacity and 20% lighter than aluminum shell batteries.

4. Large capacity

Compared with steel shell batteries of the same size, polymer lithium batteries are 10-15% higher in capacity, which makes them the first choice for smart phones. Most mobile phones on the market now use polymer batteries.

5. Low internal resistance

The internal resistance of polymer batteries is smaller than that of liquid batteries. Now many domestic polymer batteries can achieve an internal resistance of less than 35 mΩ, which reduces the self-consumption of the battery itself and maximizes the standby time of the mobile phone, which is completely in line with international standards. At the same time, this type of polymer lithium battery that supports large discharge current has become an ideal choice for remote control models.

6. Customizable shape

Polymer lithium battery manufacturers can formulate battery models according to customer requirements, so that the battery is not limited to one shape, and the development cycle is short, which can be tailored to the shape of the mobile phone, making full use of the space of the mobile phone and increasing the battery capacity.

7. Good discharge characteristics

Polymer batteries use colloidal electrolytes, which can support stable discharge characteristics and higher discharge platforms.

8. Simple protection board design

Since the materials used are all polymers, telecommunications will not cause explosions, have sufficient safety, and fuses can be installed on these sections, which can save costs.