Fire retarding electrolytic solution and preparation thereof
A technology of electrolyte and mixed solution, which is applied in the direction of electrolytic capacitors, circuits, capacitors, etc., can solve the problems of high temperature and high pressure resistance, failure to suppress hydrogen, etc., and achieve the effect of reducing vapor pressure and hydrogen volume
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Embodiment 1
[0015] An electrolyte ratio: ethylene glycol 58 重量 %, polyvinyl alcohol 2.5 重量 %, boric acid 10 重量 %, ammonium tetraborate 15 重 量 %, mannitol 14 重量 %, O-Nitroanisole 0.5 重量 %.
[0016] Its preparation:
[0017] (1) Heat 58% by weight of ethylene glycol to 120-125°C, then add 10% by weight of boric acid, 15% by weight of ammonium tetraborate, and 14% by weight of mannitol, and stir until completely dissolved;
[0018] (2) The temperature of the mixed solution in step (1) is raised to 135° C., and then 2.5% by weight of polyvinyl alcohol is added and stirred continuously until the electrolyte is completely clarified;
[0019] (3) Cool the mixed solution in step (2) to 85° C., add 0.5% by weight O-nitroanisole, and cool naturally to obtain a flame-retardant electrolyte.
Embodiment 2
[0021] An electrolyte ratio: ethylene glycol 68 重量 %, polyvinyl alcohol 1.5 重量 %, boric acid 7 重量 %, ammonium tetraborate 11 重量 %, Mannitol 11.5 重量 %, O-Nitroanisole 1.0 重量 %.
Embodiment 3
[0023] An electrolyte ratio: ethylene glycol 70.5 重量 %, polyvinyl alcohol 1 重量 %, boric acid 8 重量 %, ammonium tetraborate 7 重量 % Mannitol 12 重量 %, O-Nitroanisole 1.5 重量 %.
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