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MANUFACTURE OF ELECTRODE FOR BATTERY AND BATTERY HAVING ELECTRODE MADE BY THIS METHOD

机译:用这种方法制造电池用电极和带电池的电池

摘要

PROBLEM TO BE SOLVED: To sharply restrain the degradation of charging-discharging capacity of a battery using this electrode and the degradation of a load characteristic by spraying titania and a silicon inorganic material on the surface of a collector, and performing light irradiating processing after it is dried before slurry containing an electrode active material is applied to the collector. SOLUTION: A mixture 4 of titania and a silicon inorganic material is sprayed on a surface of metallic foil 1 supplied from reel 2a. The sprayed mixture 4 is dried by a drier 5. Next, light irradiating processing is performed by corona discharge or the like by using a light radiator 6. By using a coater 7, slurry 8 containing an electrode active material is applied in a constant thickness to a surface of the metallic foil 1 on which these processing is performed. Then, it is passed through a slurry drying furnace 9, and a solvent in the slurry 8 is removed, and the slurry is dried, and is wound round a reel 2b. When this plate is used, a paint film of the electrode active material does not fall in a battery assembling process.
机译:解决的问题:通过在集电体的表面上喷射二氧化钛和硅无机材料,然后对其进行光照射处理,从而急剧地抑制使用该电极的电池的充放电容量的降低和负荷特性的降低。在将包含电极活性材料的浆料施加到收集器之前,将其干燥。解决方案:将二氧化钛和硅无机材料的混合物4喷涂在从卷轴2a提供的金属箔1的表面上。喷雾的混合物4通过干燥器5干燥。接下来,通过使用光辐射器6通过电晕放电等进行光照射处理。通过使用涂布机7,以恒定的厚度施加包含电极活性物质的浆料8。在金属箔1的表面上进行这些处理。然后,将其通过浆料干燥炉9,除去浆料8中的溶剂,将浆料干燥,并卷绕在卷轴2b上。当使用该板时,在电池组装过程中电极活性材料的涂膜不会掉落。

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