Application Techinical Development Direction LiPo Battery Electrolyte Additives

Introduction LiPo battery electrolyte additives are chemicals added to the electrolyte to improve the performance of the battery. The most common additives are lithium salts, which increase the conductivity of the electrolyte and help to prevent the formation of dendrites on the electrodes. Other additives include Surfonamides, which improve the stability of the electrolyte, and Fluorocarbons, which improve the safety of the lipo battery.

Conductivity Additives Lithium salts are the most common type of conductivity additive used in lipo batteries. The most common lithium salt is LiPF6, which is used in over 90% of lipo batteries. Other lithium salts include LiClO4, LiBF4, and LiNO3. These salts increase the conductivity of the electrolyte and help to prevent the formation of dendrites on the electrodes.

Stability Additives Surfonamides are the most common type of stability additive used in lipo batteries. They are used to improve the stability of the electrolyte and help to prevent the formation of dendrites on the electrodes. The most common surfonamide is Teflon, which is used in over 90% of lithium batteries. Other surfonamides include PTFE, FEP, and ETFE.

Safety Additives Fluorocarbons are the most common type of safety additive used in lipo batteries. They are used to improve the safety of the battery by preventing the formation of dendrites on the electrodes. The most common fluorocarbon is Teflon, which is used in over 90% of lithium batteries. Other fluorocarbons include PTFE, FEP, and ETFE.

Conclusion lipo battery electrolyte additives are chemicals added to the electrolyte to improve the performance of the battery. The most common additives are lithium salts, which increase the conductivity of the electrolyte and help to prevent the formation of dendrites on the electrodes. Other additives include Surfonamides, which improve the stability of the electrolyte, and Fluorocarbons, which improve the safety of the lipo battery.