Colloidal electrolyte and preparation method thereof
A technology of colloidal electrolyte and weight, applied in the field of electrolyte, can solve the problems of ineffective reduction of electrolyte, low over-discharge resistance, and aggravated electrolyte internal resistance, etc., to achieve the effect of improving charge acceptance, capacity increase, and effective use rate
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Example Embodiment
[0034] Embodiment 1: A preparation method of colloidal electrolyte, which includes the following steps:
[0035] (1) Put a small amount of sodium hydroxide into 456.5 grams of ionized water to prepare weakly alkaline water with a pH of 7.5;
[0036] (2) Place 19.3 grams of silica in one of the above-mentioned weakly alkaline waters, and stir for 5 minutes with a high-speed disperser to form component A;
[0037] (3) Dissolve 3.2 grams of cobalt sulfate, 32.1 grams of sodium sulfate, and 3.2 grams of stannous sulfate in 5915.7 grams, with a density of 1.330 g / cm 3 In the dilute sulfuric acid, component B is formed;
[0038] (4) Mix components A and B, put them in a low-speed disperser for 5 minutes, and stir evenly.
[0039] The weight of each component is: silica, 0.3% by weight; cobalt sulfate, 0.05% by weight; sodium sulfate, 0.5% by weight; stannous sulfate, 0.05% by weight; density is 1.330g / cm 3 Dilute sulfuric acid, 92% by weight; weakly alkaline water with PH value of 7.5, th...
Example Embodiment
[0043] Embodiment 2: A preparation method of a colloidal electrolyte includes the following steps:
[0044] (1) Put a small amount of sodium hydroxide into 144 grams of ionized water to prepare weakly alkaline water with a pH of 8;
[0045] (2) Put 64.3 grams of silica in the above weakly alkaline water and stir for 15 minutes with a high-speed disperser to form component A;
[0046] (3) Dissolve 16.1 grams of cobalt sulfate, 64.3 grams of sodium sulfate, and 32.2 grams of stannous sulfate in 6108.5 grams. The density is 1.400g / cm 3 In the dilute sulfuric acid, component B is formed;
[0047] (4) Mix components A and B, put them in a low-speed disperser for 15 minutes, and stir evenly.
[0048] The weight of each component is: silicon dioxide, 1.0% by weight; cobalt sulfate, 0.25% by weight; sodium sulfate, 1.0% by weight; stannous sulfate, 0.5% by weight; density is 1.400g / cm 3 Dilute sulfuric acid, 95% by weight; weakly alkaline water with PH 8, the balance.
[0049] The stirring s...
Example Embodiment
[0052] Embodiment 3: A preparation method of a colloidal electrolyte includes the following steps:
[0053] (1) Put a small amount of sodium hydroxide into 312 grams of ionized water to prepare weakly alkaline water with a pH of 9;
[0054] (2) Put 51.4 grams of silica in one of the above-mentioned weakly alkaline waters and stir with a high-speed disperser for 10 minutes to form component A;
[0055] (3) Dissolve 12.9 grams of cobalt sulfate, 51.4 grams of sodium sulfate, and 22.5 grams of stannous sulfate in 5979.9 grams with a density of 1.345 g / cm 3 In the dilute sulfuric acid, component B is formed;
[0056] (4) Mix components A and B, put them in a low-speed disperser for 10 minutes, and stir evenly.
[0057] The weight of each component is: silicon dioxide, 0.8% by weight; cobalt sulfate, 0.2% by weight; sodium sulfate, 0.8% by weight; stannous sulfate, 0.35% by weight; density is 1.345g / cm 3 Dilute sulfuric acid, 93% by weight; weakly alkaline water with PH value of 9, the b...
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