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蓄电池槽式化成工艺 |
| 将蓄电池正、负极板相间地插入化成槽内，相同极性的极板连成一边，形成多极板（正极群与负极群）的“蓄电池”。化成槽内盛有大量电解液，电解液相对密度d 为1. 04 -1.18 的硫酸溶液。接通外电源，电流通过极板，经过一定时间后，这一过程完成，取出极板，用水洗涤极板上残留的硫酸溶液，然后进行极板干燥，要在防氧化条件下严格控制进行负极干燥，这是通常生产干式荷电电池极板的方式。
Will positive, the anode plank alternately insert to become inside the slot, the same alike the most sexual pole plank connect become a part, form much and very "battery" of plank(cathodes and anodes).Become prosperous have a great deal of electrolyte inside the slot, electrolyte opposite density d is 1.04-1.18 sulfuric acid aquas.Connect a dispatches from foreign news agency source, the electric current passes pole plank, after certain time, this process completion, take out pole plank, with water wash away dirt pole plank up remain of sulfuric acid aqua, then carry on pole plank aridity, strictly control to carry on anode aridity under the sistuation that defend to oxidize, this is to usually produce a stem type lotus electricity battery pole knothole method. |
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