Function: Measure the conductivity and saturated vapor pressure of the electrolyte at high and low temperatures and generate a curve against temperature.
The electrolyte with high saturated vapor pressure is more volatile and decomposes, resulting in low battery safety; too much flame retardant causes excessive low-temperature resistance of the battery. The Oxford University electrolyte research team believes that the precise simultaneous measurement of saturated vapor pressure and conductivity of the electrolyte at different temperatures is of great significance in battery design.
temperature range | -40~250 ℃ |
pressure | 0~2MPa |
Temperature range of test chamber | 0~3.2KΩ |