智通财经APP获悉,华金证券发布研报称,锂电负极材料正经历从传统石墨向多元高能量密度体系的重大转型。锂金属负极理论比容量达3860mAh/g,远高于石墨(372mAh/g)和硅碳负极(3590mAh/g),且具备低电压平台特性。全固态电解质凭借高机械强度抑制枝晶,与锂金属负极形成最优适配。锂金属负极的制备工艺是其实现产业化应用的核心支撑,目前行业形成了多路线并行、高低端场景分化的格局,主流工艺可...
Source Link智通财经APP获悉,华金证券发布研报称,锂电负极材料正经历从传统石墨向多元高能量密度体系的重大转型。锂金属负极理论比容量达3860mAh/g,远高于石墨(372mAh/g)和硅碳负极(3590mAh/g),且具备低电压平台特性。全固态电解质凭借高机械强度抑制枝晶,与锂金属负极形成最优适配。锂金属负极的制备工艺是其实现产业化应用的核心支撑,目前行业形成了多路线并行、高低端场景分化的格局,主流工艺可...
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