国产大胆无码免费视频_中文无码妇乱强奷乱码_国产女人与公拘交_久久99视频同性_亚洲精品国产AV成拍色拍_人人天堂在线观看_欧美又肥又大又色性爱视频_日韩群交内射一区二区_一级欧美AA片免费观看_亚洲毛片大全在线观看

西安陜煤涇久新能源科技有限公司(簡稱“涇久公司”)成立于2021年1月,注冊資本3.6億元人民幣,陜西省科技型中小企業(yè),是陜西煤業(yè)化工技術研究院有限責任公司(簡稱“陜煤研究院”)投資設立的全資子公司。

涇久公司以鋰電前驅體材料、硅基負極材料為技術載體,總投資16.5億元,建設年產(chǎn)量萬噸級鋰電前驅體材料、千噸級硅基負極材料生產(chǎn)線以及配套公輔設施,達產(chǎn)后年產(chǎn)值將超過22.5億元,年上繳各項稅收預計超過1億元。

鋰電前驅體產(chǎn)品涵蓋了NCA、NCM、無鈷、摻雜以及富錳前驅體;硅基負極材料產(chǎn)品涵蓋硅碳、硅氧兩個系列五款負極材料產(chǎn)品;鈉離子電池材料產(chǎn)品涵蓋了鈉電前驅體、 鈉電正極材料、 鈉電負極材料

涇久公司、涇河新能源公司、涇河新能源材料公司、涇久新能源;

陜煤涇久公司、陜煤涇河新能源公司、陜煤涇河新能源材料公司;

陜煤集團涇久公司、陜煤集團涇河新能源公司、陜煤集團涇河新能源材料公司;

陜煤研究院涇久公司、陜煤研究院涇河新能源公司、陜煤研究院涇河新能源材料公司;

研究院涇久公司、研究院涇河新能源公司、研究院涇河新能源材料公司;

陜煤集團研究院涇久公司、陜煤集團研究院涇河新能源公司、陜煤集團研究院涇河新能源材料公司;

西安陜煤涇久新能源科技有限公司

新能源、電池材料,鋰電前驅體材料、硅基負極材料、鈉電正極材料、鈉電負極材料

國內優(yōu)質新能源材料供應商。涇久新能源,持久源動力

打造國際一流的新能源材料科技企業(yè)

融涇匯川,持久恒長

首頁 >English>Products>Silicon-based anode materials

Product Introduction

Silicon-based anode materials are the key materials for the next generation of high energy density batteries. The company has many years of R&D and production experience in the field of silicon-based anode materials for lithium batteries, which covering five products in two series (silicon-carbon and silicon-monoxide). Silicon-carbon materials include Si/C-950, Si/C-1800 and Si/C-1900. Silicon-monoxide materials include SiO/C-1700 and SiO/C-1400.

Silicon-carbon materials

High capacity, high IE, low cost, suitable for power batteries

Silicon-monoxide materials

Long cycling, low expansion, suitable for digital 3C and power batteries

Application scenarios

Digital 3C and power battery

Product Introduction

Silicon-based anode materials are the key materials for the next generation of high energy density batteries. The company has many years of R&D and production experience in the field of silicon-based anode materials for lithium batteries, which covering five products in two series (silicon-carbon and silicon-monoxide). Silicon-carbon materials include Si/C-950, Si/C-1800 and Si/C-1900. Silicon-monoxide materials include SiO/C-1700 and SiO/C-1400.

Silicon-carbon materials

High capacity, high IE, low cost, suitable for power batteries

Silicon-monoxide materials

Long cycling, low expansion, suitable for digital 3C and power batteries

Application scenarios

Digital 3C and power battery