Analyzed the production process of polymer lithium-ion batteriesProduction of polymer lithium-ion batteries:The important raw materials for lithium polymer batteries include lithium oxide, graphite, solid polymer electrolyte, metal collection solution, conductive agent, adhesive, aluminum plastic fi...

Previously, researchers from the American Chemical Society had demonstrated that it could replace certain vinyl carbonates with propylene carbonate and add hexafluorophosphate to expand the operating temperature range of lithium-ion batteries. However, researchers hope to further expand the te...

Researchers have developed a new electrolyte to improve the performance of lithium-ion batteries Core Tip: Researchers from the American Chemical Society have previously stated that they can replace certain vinyl carbonates with propylene carbonate and add hexafluorophosphat...

9. High voltage electrolyte Improving battery energy density is one of the trends in lithium-ion batteries, and there are currently two important methods to improve energy density: One way is to increase the charging cutoff voltage of traditional positive...

7. Coated diaphragm Diaphragms are crucial for the safety of lithium-ion batteries, as they require good electrochemical and thermal stability, as well as high wettability of the electrolyte during repeated charging and discharging processes. Coated diaphr...

The advantages of lithium rich base as a positive electrode material include: High energy density and abundant important raw materials Due to the short development time, there are currently a series of issues with lithium rich manganese based materials:...

4. Carbon nanotubes Carbon nanotubes are a type of graphitized carbon material with excellent electrical conductivity. However, due to their small depth and short travel during lithium removal, they are less useful as negative electrode materials for polarization during high...

Long cycle life (up to 10000 cycles or more), belonging to zero strain materials (volume change less than 1%), without generating traditional SEI films; High security. It has a high lithium insertion potential, does not generate dendrites, and has extremely high thermal stab...

During the charging and discharging process, the volume expansion can reach 300%, which can lead to the pulverization of silicon material particles and cause material capacity loss. Poor suction ability at the same time. Poor cycle life. At present, the above problems are be...

1. Silicon carbon composite negative electrode material After the large screen and diversified functions of digital terminal products, new requirements have been put forward for battery life. The current low capacity of lithium battery materials cannot meet the increasing de...